- January 23, 2017 - Wide Angle, VIS to SWIR Sensor & Scanner Window Solutions
- January 23, 2017 - Ultra-Thin Glass Protection Enhancement for Sensors & Displays
- December 16, 2016 - Damage Resistant HIE Glass Ideal for Display & Touch Screen Cover & Back Plate Glass
- October 11, 2016 - Dynamic” Deadfront Interface Panel Glass for Sleek, Uncluttered Visuals
- May 17, 2016 - Semi-Transparent Mirrors for Visually Dynamic Displays Now Available from Abrisa Technologies
- January 26, 2016 - Abrisa Technologies Machines Ultra-Thin Glass
- January 21, 2016 - Tough, Durable Optical Coatings for Harsh Use Environments
- January 21, 2016 - Frit Ink for Robust Graphics on Glass Ideal for Harsh Environmental Conditions
- January 21, 2016 - CleanVue™ PRO – Series of Oleophobic and Hydrophobic Anti-reflection Coatings are Ideal for “Tough” Environments
- November 12, 2015 - Projection Port Glass Provides Eye Popping Optical Clarity for On-Screen Viewing
- September 30, 2015 - Abrisa Technologies Provides Robust Glass Solutions for Sight Glass Windows
- April 30, 2015 - Abrisa Technologies to Exhibit at SID 2015 in San Jose, California
- May 23, 2014 - Ultrasonic Lead Soldering and Bus Bar Additions for Heaters and EMI Shielding
- May 23, 2014 - Abrisa Technologies Introduces CleanVue™ PRO a Severe Abrasion Resistant Oleo/Hydrophobic Coating for Display Glass
- May 20, 2014 - Dr. Vladimir Medvedev Joins ZC&R Coatings for Optics an Abrisa Technologies Company
- March 24, 2014 - Lawrence Luke Joins Abrisa Technologies as a Thin Film Engineer
- March 5, 2014 - Angus Macleod President of Thin Film Center Inc, to Present “What’s Happening in Optical Coatings” at ZC&R Coatings for Optics – April 1, 2014
- October 1, 2013 - Abrisa Technologies Custom Fabricates and Coats SCHOTT Xensation™ Aluminosilicate Extremely Hard Cover Glass
- September 9, 2013 - Abrisa Technologies Can Custom Fabricate & Coat SCHOTT Borofloat® 33 Multi-Function Float Glass
- August 2, 2013 - Front Surface Mirrors Provide Increased Reflectivity
- April 30, 2013 - Abrisa Technologies Offers Screen Printing on 80″ Diagonal Glass for Display Applications
- February 15, 2013 - ZC&R Coatings for Optics Publishes New High Performance Thin Film Optical Coatings Technical Capabilities Brochure
- January 28, 2013 - ZC&R Can Deliver High Yield Narrow & Broadband Transparent Conductive Coatings for Ultra Thin Glass
- November 16, 2012 - Abrisa Technologies can provide a Broad Selection of Machining Options for Glass Fabrication
- October 24, 2012 - Abrisa Technologies Cold Mirrors Reflect Ultra Violet (UV) or Visible Energy while Transmitting Heat Energy
- October 22, 2012 - Bob Miller Named Vice President of Operations for Abrisa Technologies
- October 1, 2012 - Abrisa Technologies Hot Mirrors are Ideal for Heat Control Applications
- September 28, 2012 - Abrisa Technologies Launchs Fabrication Facts and Coatings Corner on Website
- September 5, 2012 - Blake Fennell Named President and CEO of Abrisa Technologies
- August 20, 2012 - Abrisa Technologies Custom Fabricates and Thin Film Coats Borosilicate Glass Substrates
- August 13, 2012 - Abrisa Technologies Applies Single & Multi-Layer Anti-Reflective Coatings to Glass Substrates that are Designed for Low Reflectance & High Transmission
- July 23, 2012 - Abrisa Technologies Custom Fabricates and Coats a Wide Variety of Soda-Lime Glass Substrates
- July 17, 2012 - Abrisa Technologies Publishes Specialty Glass Technical Capabilities Brochure
- July 3, 2012 - Abrisa Technologies Produces New Corporate Capabilities Video
- April 14, 2012 - Abrisa Technologies Indium Tin Oxide (ITO) and Index-Matched (ITO) Optical Coatings are Electrically Conductive and Optically Transparent
- April 13, 2012 - Abrisa Technologies Provides Custom Screen Printing for Ultra-thin Glass on Touch Panels and Displays
- March 15, 2012 - Abrisa Technologies Named One of Constant Contact’s 2011 All Stars
- March 8, 2012 - Abrisa Technologies to Exhibit at SID Display Week 2012
- February 13, 2012 - Abrisa Technologies Offers a Full Spectrum of Color Correction Filters
- February 1, 2012 - Non-Polarizing Beam Splitter’s from Abrisa Technologies Reflect and Transmit Mirror Images
- January 23, 2012 - High Ion-Exchange (HIE™) Chemically Strengthened Thin Glass from Abrisa Technologies is Scratch, Impact and Shock Resistant
- January 5, 2012 - Abrisa Technologies’ “Guide to Glass” Named the Number 1 Read Article on Photonics Online E-Newsletters for 2011
- January 5, 2012 - Abrisa Technologies to Exhibit at Photonics West 2012
- December 8, 2011 - Abrisa Glass Receives 2011 Best of Santa Paula Award
- December 5, 2011 - Abrisa Technologies Publishes Custom Glass Fabrication Technical Capabilities Brochure
- November 11, 2011 - Abrisa Technologies High Ion Exchange (HIE™) Chemically Strengthened Glass is Ultra-Tough
- November 11, 2011 - Abrisa Technologies Named Preferred Processor and Distributor of SCHOTT Xensation™ Cover Glass
- September 19, 2011 - Robax Ceramic-Glass Available from Abrisa Technologies is ideal for Fireplace Doors & Windows
- September 13, 2011 - Abrisa Technologies Stocks a Broad Selection of SCHOTT Borofloat® and SUPREMAX® for Diverse Optics Applications
- September 6, 2011 - Abrisa Technologies Finishes Sharp Edges of Cut Glass with a Variety of Treatments
ZC&R Coatings for Optics (ZC&R), a division of Abrisa Technologies, now offers high throughput efficiency Wide Angle, Broad Spectrum Sensor and Laser Scanning Window solutions for the visible 425-675nm (VIS), visible to near infra-red 425-1050nm (VIS-NIR), short wave infrared 700-1800nm (SWIR) and popular laser and LED wavelengths from 405 to 1550nm. Designed for image sensors and scanners these optics are used in industrial 3D metrology, machine vision, automotive obstacle avoidance, security and surveillance, document scanners, 3D scanning, gesture recognition and other digital imaging applications.
According to Lisa M. Tsufura, Product Manager at ZC&R, “The low loss, broad spectrum, broad angle performance needed for image sensor and laser scanner windows is challenging for most coating companies to design for and even harder for most to manufacture economically. All too often, precision coating manufacturers tend to have in-house manufacturing capabilities for coating but not volume flat glass fabrication and vice-versa for flat glass fabricators. Abrisa Technologies, comprised of ZC&R Coatings for Optics and Abrisa Industrial Glass offers the best of both worlds; coating and glass expertise, vast selection of sheet glass and fabrication of borosilicate, aluminosilicate and other glass materials, thereby offering economical manufacturing for both. This combined expertise provides the OEM with a total solution; an excellent balance of optical performance and economies of scale.”
Lisa M. Tsufura further states, “We know that many applications for sensors and scanners are industrial or for field use where uptime and reduced product maintenance are not just desirable, but a necessity. Abrisa Technologies offers coated sensor and scanner window solutions for these “tough” use environments as well, whether they be outdoors in sunlight, on the seas or on the road, installed in a hot and humid factory, have high traffic interface contact or constant exposure to dirt and other contaminants.“
Sensor and scanner windows with easy-to-clean oleo/hydrophobic surfaces, low CTE substrates, “bond” friendly coatings, damage and impact resistant HIE™ aluminosilicate substrates and heat and chemically resistant coatings and graphics are just some of the many solutions Abrisa Technologies offers for sensor and scanner window applications.
Sensor Window Coating Capabilities:
|Anti-Reflection Visible (425nm-675nm)||Ravg < 0.5% (AOI = 0-30º)|
|Anti-Reflection Visible-NIR (425-950nm)||Ravg < 1.0% (AOI = 0-30º)|
|Anti-Reflection SWIR (900-1700nm)||Ravg < 1.0% (AOI = 0-30º)|
|Broad Angle Anti-Reflection Laserline||Ravg < 0.5% (AOI = 0-50º)|
|Ultra-low Anti-Reflection 1550nm||Ravg < 0.1% (AOI = 0-30º)|
|Cut off, IR blocking Filter/Mirror||Visible transmission, NIR blocking|
|Cut on, VIS blocking Filter, Mirror||Visible blocking, NIR transmitting|
Santa Paula – Abrisa Industrial Glass, a division of Abrisa Technologies, now offers an even more comprehensive line of ultra-thin borosilicate and aluminosilicate glass solutions for use as protective windows, coating substrates and insulating or chemically compatible barriers for use on Image and Bio Sensors, Displays, Touch Panels and other portable and high contact use devices. Highly flexible substrates of 0.030 to 0.1mm thickness, (the width of a human hair), as well as damage resistant HIE™ Aluminosilicate are now available in even thinner thicknesses of 0.05 to 0.4mm.
According to Lisa M. Tsufura, Product Line Manager at Abrisa Technologies, “Abrisa Industrial Glass now offers the OEM even more choices for ultra-thin glass and damage resistant aluminosilicate to support device designs that seek to reduce weight and achieve low profiles while remaining durable. Ultra-Thin Glass solutions can also be used as “bolt or bond on” layers; an almost imperceptible yet functional layer to achieve damage resistance or selective optical performance when the underlying material is not well suited or is unable to be survive the processing environment.”
Uses for Ultra-Thin Glass Solutions
- Accommodate flexible and non-flat formats
- Support low weight/reduced profile designs
- Enhance product durability and scratch resistance
- Add on anti-reflection, filtering or EMI shielding
- Provide a chemical or biocompatible interface
- Provide Easy-to-clean oleo/hydrophobic surface
- Achieve a “glass look or feel”
Thin Borosilicate and Non-Alkaline Glass Solutions:
|AGC – EN-A1||(0.3mm – 0.7mm from stock, up to 26.3” x 21.6”)|
|Corning® EAGLE XG®||(0.5mm – 1.1mm from stock, 0.3mm on request, up to 61.0” x 52.8” )|
|Corning® 0211||(0.145mm from stock, up to 17” x 16”)|
|SCHOTT D263® T eco||(0.1mm – 1.1mm from stock, up to 17.3” x 14.2”)|
|Soda Lime Float||(0.28mm – 1.1mm from stock, up to 48” x 42”)|
Thin Damage Resistant Aluminosilicate Solutions:
|Corning® Gorilla® Glass||(0.4 – 2.0mm from stock– Strengthened size up to 36” x 29”)|
|SCHOTT AS 87||(0.07 – 0.21mm from stock – strengthened size up to 17” x 14”)|
- Material thickness from 0.03 – 0.05mm upon request
- Optical Coating and Bus bar Services
- Printed epoxy, deadfront, IR transmitting graphics
- Easy-to-Clean Oleophobic/Hydrophobic Coatings
Abrisa Technologies’ glass and coating Solutions Engineers are ready to discuss your application and provide you with a Total Solution for your Ultra-Thin Glass needs.
Santa Paula, CA – High Ion-Exchange (HIE™) aluminosilicate glass is a strong, lightweight, colorless and flexible glass that achieves high levels of damage resistance for scratch, break, impact and shock combined with good optical clarity. It is an excellent choice for use as protective enhancement glass for display, imaging and sensor systems where low profiles, low weight, portability and environmental robustness is desired.
Abrisa Technologies offers in house custom fabrication to shape the specially designed materials followed by the unique High Ion-Exchange (HIE™) salt bath chemical strengthening processes to achieve very high surface compressive strength and depth of layer. Total Solution Enhancements with easy-to-clean oleo/hydrophobic optical coatings, ceramic frit graphics and bus bars are also available.
According to Lisa Tsufura, Product Manager, “HIE™ glass has many advantages. It is thin, lightweight and has a low profile, while being scratch, crack, break and shock resistant. Additionally, HIE™ glass has up to 20X the compressive strength of conventional soda lime float glass.”
Abrisa Technologies supplies HIE™ glass substrates to meet various specifications from:
- Asahi (AGC) Dragontrail™
- Corning® Gorilla® Glass/li>
- SCHOTT Xensation™/li>
HIE™ glass is ideal for a display and touch screen cover and back plate applications such as projected capacitive (PCAP) touch, surface acoustic wave (SAW), acoustic c pulse recognition (APR), multi-touch, optical touch and projected displays. HIE™ glass is also suitable for protective window applications such as image sensors, scanner beds, instrument displays and guage displays. HIE glass also is excellent for a wide array of break resistant optical components.
Abrisa Technologies stocks HIE™ glass in thicknesses of 0.4mm through 2mm and in sizes up to 36” s 29” (914 x 736.6mm) with non-standard sizes and thicknesses available for application specific requirements.
Lisa Tsufura Further adds, “Custom options include precision machining and fabrication of the HIE™ glass, addition of Oleo/hydrophobic properties, a wide array of optical coatings such as anti-reflective (AR) and custom frit screen printed graphics.”
Santa Paula, CA – Abrisa Technologies now provides “Dynamic” Deadfront Interface Panel Glass solutions that afford equipment designers greater flexibility in achieving the overall clean lines and sleek uncluttered aesthetics they seek. When backlit, the “Dynamic” Deadfront panel illuminates and draws attention to icons and alpha-numeric indicators as required. When non-backlit, the icons remain hidden and the panel retains a more monochromatic and streamlined look, in perfect keeping with the dashboard or device they are installed into.
According to Lisa Tsufura, Product Manager at Abrisa Technologies, “We offer complete solutions for Deadfront Interface Panel Glass including, custom fabricating and shaping, chemical strengthening or heat tempering, anti-glare sunlight readable coatings, oleophobic and anti-scratch coatings as well as proprietary screen printed graphics for control of contrast and luminosity.” In addition, Lisa states “The deadfront graphics are highly durable. They can operate at temperatures up to 400ºF and can survive an acetone rub test and meet the class 4B, 5B crosshatch razor scribe adhesion standards of ASTM D3359.”
The deadfront graphics can be applied to the glass substrate with transmission levels of 5%, 10% or 15% as specified with black ink as the standard color. White ink is optional with PMS color matched inks also available. The minimum feature size for the backlit panel features such as icons and alpha-numeric characters is 0.005” in line width. Deadfront panel glass can be specified in sizes as small as 0.3” x 0.3” and as large as 18” x 24”. The glass thickness for the deadfront panels can be as thin as 0.03” with a maximum thickness up to 1”.
Deadfront panels can be fabricated from Abrisa Technologies’ large selection of float, low expansion Borofloat® 33 or highly durability High Ion-Exchange (HIE) aliminosilicate flat glass. The selected glass can then be chemically strengthened or heat tempered in-house. Additional fabrication services include; cutting, shaping, hole drilling, slotting, beveling, grooving, and custom CNC machining.
In addition to Abrisa Technologies’ fabrication services, other value-added options for customizing deadfront panels to the requirements of each application can be added such as; anti-reflective (AR) coatings and anti-glare coatings for readability, oleophobic anti-smudge, anti-print coatings for easy cleaning and anti-scratch, break resistant glass and coatings for extreme durability.
Lastly, Lisa concludes, “Our ready-to-install, Deadfront Interface Panel Glass provides a complete solution. From our vast selection of glass substrates to fabrication, strengthening, coating, and screen printing our full service capabilities for these stylish and functional glass panels is unequalled.”
Santa Paula, CA – An emerging trend in hotel, restaurant, and retail displays is the use of aesthetically pleasing high performance Semi-Transparent Mirrors to create a visually dynamic display/mirror combination. The display unit is located behind the mirror, hidden from view until powered on when the image appears clear, sharp and color neutral. The Semi-Transparent Mirrors supplied by Abrisa Technologies are typically used for the following applications:
- Semi-Transparent Displays
- Semi-Mirrored Partition Walls
- Active Automotive Mirrors
- Interrogation Room Windows (“One-Way” & “Two-Way” Mirrors)
- Mirrored Cover Glass for Hidden Surveillance Equipment
- Architectural Accents
The mirror coating can be applied to low iron soda lime glass for very low absorption. Alternatively, grey glass can be specified as a substrate when a more opaque look is needed, as when hiding TVs and surveillance equipment.
Semi-Transparent Mirrors are available in sizes of up to 126” x 88” and in thicknesses of 4mm and 6mm. Custom OEM thicknesses are also available upon request. The mirrors can be customized with screen printing, high quality edge treatments, machined to shape, and various other finish options to fit each applications’ unique requirements.
All Semi-Transparent Mirrors supplied by Abrisa Technologies have an elegant silver reflection that remains stable under wide viewing angles. The optical coating has superior color neutral performance across the visible spectrum which does not affect the true color of the display image.
In addition to true color transparency transmission, the highly durable and proprietary dielectric mirror coating provides improved scratch resistance, allowing the mirror to be used in outdoor applications. The robust coating is easy-to-clean with standard, commercially available glass cleaners.
Grey Glass Semi-Transparent Mirrors:
- Available with 2-sided mirror coating
- Best when more opaque look is required such as hiding TV’s and surveillance equipment
- 50/20 reflectivity/transmission ratio offers superior ambient light blocking
Low Iron Soda Lime Semi-Transparent Mirrors:
- Available with 1 or 2-sided mirror coating
- 35/65 and 50/50 reflectivity/transmission ratio for 1 or 2-sided
- 65/35 reflectivity/transmission for 2-sided only
When selecting glass (low iron soda lime or grey glass) material several factors should be considered:
- Ambient light levels relative to display brightness
- Tempering of the glass for safety requirements
- Whether boding is required to a display surface
- Images to be displayed highly pixelated; yes or no
According to Jacky Vel, VP, Sales & Marketing “For those applications on a budget, 1-sided 50/50 low iron soda lime Semi-Transparent Mirrors provide great optical performance at an entry level price.” She further states, “One-sided coating is recommended for optical bonding or lamination and reduces image ghosting. Two-sided coating has thinner layers allowing for easier tempering. We suggest selecting 35/65 R/T for high ambient lighting, 50/50 R/T for medium lighting and 65/35 R/T for low ambient lighting situations. Additionally, the team at Abrisa Technologies is available to help our customers select the most appropriate material choice to fit their specific application criteria”
Santa Paula, CA – Abrisa Technologies carries a diverse inventory of thin and ultra-thin glass which can be CNC machined, fabricated, screen printed, strengthened and thin film coated. Glass stocked ranges in thicknesses from 1.1mm down to 0.1mm. Thinner substrates with a thickness as low as 0.05mm are available for specialized application-specific requirements.
Our precision CNC cutting equipment in addition to fabricating simple rectangles and circles can also produce intricate shaped parts, slots, holes, curves and more. The Abrisa Technologies highly trained staff are at the forefront of thin and ultra-thin glass cutting, utilizing the latest techniques and machine systems available to achieve clean cuts at standard tolerances of ±0.004”; and in some cases, ±0.002”.
Thin and ultra-thin glass is stocked in a wide variety of borosilicates, alkali-free borosilicates, and aluminosilicates:
- Corning® EAGLE XG® (0.5mm – 1.1mm from stock, 0.3mm on request), 0211, 1737, and 7059
- SCHOTT D263® T eco (0.1mm – 1.1mm from stock)
- Asahi Glass Company (AGC) – EN-A1 (0.3mm – 0.7mm from stock, up to 26.3” x 21.6”)
- Corning® Gorilla® Glass – Strengthened size up to 36” x 29” (0.55mm – 2mm from stock)
The company’s thin film coating capabilities complement the glass fabrication and include narrow and broadband transparent conductive (ITO and IMITO), anti-reflective (AR) coatings, and design-to-order custom coatings. Abrisa Technologies’ thin and ultra-thin glass is the ideal solution for applications requiring high chemical resistance, thermal shock resistance, or scratch resistance, excellent surface quality or specialized optical properties.
Typical Applications for Thin and Ultra-Thin Glass include:
- Slim & Curved Displays, Smart Surfaces & Touch Panels, LCD, LED & OLED
- Electroluminescent Displays, Optical Windows, Filters, Sensor Technology
- Slides, Wafers, MEMS, Circuit Substrates and Chip on Glass Applications
- Spatial Light Modulators, Micro-Displays, and Optical Shutters
- Strengthened Solutions for Scratch, Smudge, and Impact Resistant Cover Glass
The ZC&R Coatings for Optics (ZC&R) Division of Abrisa Technologies, designs and manufactures custom anti-reflection, mirror and filter coatings for use in medical, dental and other markets to fulfill demanding optical performance where harsh environmental use conditions, fast ramp installation temperatures and high humidity or chemical resistance is required.
Optical elements in medical and dental devices not only have to enhance throughput efficiency and separate or combine portions of the light spectrum, they must also survive the device assembly and cleaning processes.
It is not uncommon for optical elements to be brazed or solder sealed into an assembly to provide permanent mounting and good hermetic environmental seals. Autoclaving, soldering and brazing involve high and often localized rapid temperature ramps which often damage and craze most commercially available coatings.
According to Lisa Tsufura, Product Manager at ZC&R, “Designing coatings for harsh environments requires careful selection of coating and substrate materials, development of special designs and use of select deposition processes that enable low stress and craze resistant coating performance, particularly for very thick high efficiency and sharp cut-off designs. ZC&R consistently delivers high performance, durable optical coating solutions that are engineered to survive tough cleaning, use and assembly environments by design.”
Frit ink screen printed glass
undergoing heat tempering
Santa Paula, CA – Abrisa Technologies screen prints glass with high durability frit ink for harsh environment applications such as marine display/cluster gauges where corrosive salt spray and fog are a continuous threat. The frit inks are also well-suited to other severe outdoor environments where organic inks may degrade and impede performance.
Components with frit ink pass through a tempering oven where temperatures are highly elevated and the graphics essentially become part of the glass itself. The graphics are then scratch and abrasion resistant, and retain their original appearance throughout the life of the glass. Once applied, the frit will meet operating temperatures similar to the glass substrate itself.
Frit ink is available in black and white as standard, with custom Pantone match colors available. The minimum glass thickness for applying frit is 3mm (0.118”). Feature resolution can be as fine as 0.305mm (0.012”).
According to Jacky Vel, Vice President of Sales and Marketing, “Screen printing with ceramic frit ink offers our customers many benefits. Primarily, moisture, oil, soaps, chemicals and detergents will not impact the screen print integrity, a must in many harsh or high use environments.”
CleanVue™ PRO – Series of Oleophobic and Hydrophobic Anti-reflection Coatings are Ideal for “Tough” Environments
|No Coating||PRO-AR399 Coated|
Abrisa Technologies’ CleanVue™ PRO – Series of anti-reflection (AR) coatings combine improved handling, cleaning, water shedding, and robust performance with excellent anti-reflective properties making them ideal for displays and optical windows intended for use in “tough” outdoor, high traffic, or other challenging use environments. Unlike many other solutions on the market, the CleanVue™ PRO – Series of Oleo/Hydrophobic AR coatings will not flake or peel off the glass substrate over time and maintain glass transparency and image clarity for displays and window elements.
CleanVue™ PRO – Series of anti-reflection (AR) coatings repel oil and make the glass easy-to-clean; fingerprints wipe off easily and the coating provides a non-smudge surface. They also repel water and other liquids, allowing them to be shed easily from the glass, promoting easier “view-ability”. The oleophobic properties lend themselves to reduced friction for enhanced scratch resistance to support longer product lifecycles.
CleanVue PRO is now available in two versions; outdoor and indoor:
- The outdoor UV version; CleanVue™ PRO-AR399 UV performs well at elevated temperatures and direct UVexposure found in most outdoor applications. PRO-AR399 UV retains its hydro/oleophobic properties evenwith 2000 hours of exposure at temperatures to 200ºC and 10K hours of direct UV exposure.
- The indoor version; CleanVue™ PRO-AR399 is ideal for environments where repeated high traffic, directcontact, and more abrasion is expected. The PRO-AR399 coating continues to perform and retain its hydroand oleophobic properties even after 12K cycles of steel wool abrasion.
CleanVue PRO-Series anti-reflection coatings are durable and tough but easy to maintain and impervious to most glass cleaners found in the field, the office, and industrial work environments. The coatings are permanently integrated onto glass using our proprietary processes and are available on Abrisa Technologies’ extensive range of float sheet and wafer glass materials for use in scanners, high traffic touch and outdoor display surfaces, outdoor camera and sensor windows, portable device displays and more.
Abrisa Technologies’ CleanVue™ PRO-AR399 series of coatings can be applied to most borosilicate glass (SCHOTT Borofloat®, SCHOTT D263®, BK-7) High Ion-exchange (HIE™) glass, Corning® Gorilla® Glass, SCHOTT Xensation™, AGC Dragontrail™, soda lime glass, fused silica, and low or non-alkaline glass (Corning® Eagle XG® or SCHOTT AF32®).
Santa Paula, CA – Abrisa Technologies’ ClearView™ projection port window glass is fabricated using an optically clear, colorless glass with a 2-sided, multi-layer broadband anti-reflective coating, increasing transmissivity thereby ensuring a high quality, bright and sharp screen image. Transmission rate is between 98% and 99%. Optical performance is the key factor in selecting a projection port window and ClearView™ has the essential optical qualities for eye popping clarity on screen.
In addition to the AR coating, a hydrophobic coating can be applied to the port glass as well, making cleaning the view port with a non-abrasive cloth quick and easy. Efficiency of the glass is not compromised from the hydrophobic coating, while oil and dirt’s effects upon the light transmission and reflection is minimized.
Advanced optical technology for projection port windows became a necessity with the introduction of digital projectors. Port windows can be found in IMAX Theaters, digital cinemas, 3D projection technology, entertainment centers, home theaters, and even museum settings. The purpose of projection port windows is to allow light, contrast, and color to optimally project to the viewing screen. Regular glass absorbs colors and brightness of projected light, dulling the viewed image seen on the screen, creating image quality that can be quite poor.
Projection Port Windows are available in the following thicknesses:
- 3mm or 1/8”
- 6mm or 15/64”
- 10mm or 25/64”
- 12mm or 15/32”
Custom sizes with dimensions as large as 120” x 82” can be manufactured.
Santa Paula, CA – Abrisa Technologies’ preferred glass material for the production of sight glass or sight port windows is SCHOTT® Borofloat®, an optically clear and very versatile borosilicate glass with excellent light transmission and thermal and chemical properties. Borofloat is an excellent choice for operating conditions up to 500ºF. Borofloat glass also provides excellent corrosion, impact, and abrasion resistance.
Soda lime glass can also be selected and provided by Abrisa Technologies for less critical sight glass use in applications up to 300ºF. Soda lime glass does not have the optical clarity of Borofloat.
Used for viewing and monitoring liquid level or flow of a tank, pipeline, or other pressure vessel, sight glass windows can be stepped, flanged, and beveled in either rounds or rectangles and can be tempered if necessary for additional protection and safety. The finished glass disc provided by Abrisa Technologies can be held between two metal frames which are bolted, clamped, or fused to the frame.
Typical sizes are up to 8 inches in diameter and ¾ inches thick. Abrisa technologies does have the capability to provide sight glass as large as 25” in diameter and up to 1inch thick for custom applications. For more information about sight glass click here.
Santa Paula, CA – Abrisa Technologies a global leader in thin film optical coatings, custom glass fabrication, and specialty flat glass optics will be participating in Display Week 2015; an international symposium, seminar and exhibition to be held at the San Jose Convention Center. The exhibition runs from Tuesday, June 2nd through Thursday June 4th and attendees can visit Abrisa Technologies at Booth #841. Display Week is the premier event for suppliers to showcase their hottest technologies supporting the display marketplace.
According to Jacky Vel, Vice President of Marketing for Abrisa Technologies, “Our glass and customized optical products are used in display applications such as digital signage, video walls, field LCD displays, pico or virtual 3-D head mounted displays and more.” She further states, “Our glass, coatings, screen printed graphics, and electrical connectivity support the information display markets need for custom, thin, robust, curved, and high resolution displays.”
Featured products at the 2015 exhibition will include:
- High Ion-Exchange (HIE) chemically strengthened aluminosilicate glass (Corning® Gorilla® Glass, SCHOTT Xensation™ & AGC Dragontrail™)
- Thin glass – Eagle XG and SCHOTT D263, Thin Soda Lime
- Precision thin film coatings (EMI shielding & heaters – ITO & IMITO, AR photopic, V and broadband, hot/cold mirror and UV solar blocking, selective filter coatings, oleophobic and anti-abrasive)
- Glass modification capabilities (CNC machining, edging, hole drilling, cutting, etc.)
- Screen printed optical components (high-temp, epoxy, carbonless)
- Bus Bars (silver epoxy, silver frit, Cr/Ni/Au, In ultrasonic welded)
- Glass substrates (soda lime and low iron soda lime, borosilicate, anti-glare, AR glass 1 and 2-sided)
Unique to Abrisa Technologies, is the ability to provide an entire optics solution, including not only the initial glass substrate, but a fully fabricated product inclusive of coatings for an integrated optics solution. Our highly skilled engineering team is ever present to support information display solutions to fit application-specific needs.
CA – Abrisa Technologies is a vertically integrated manufacturer of heater elements and advanced display cover glass with EMI filtering. Value-add capabilities now include ultrasonic soldering of wire leads to screen printed and thin film deposited bus bars on index-matched indium tin oxide (IMITO) and anti-reflective (AR) coated glass.
Utilizing ultrasonic soldering makes it possible to apply bus bars and lead wires in a single step, directly to the glass or ITO conductive surface, rather than using a more costly multi-step conventional etch and print process.
Abrisa Technologies’ vertical integration of processes from glass fabrication, thin film PVD optical coating, through to bus bar/wire soldering helps to reduce the occurrence of material handling damage and reduce logistical costs all while delivering a complete, performance guaranteed turnkey display solution.
Abrisa Technologies specializes in both standard and custom optimized index-matched indium tin oxide (IMITO) coatings for EMI shielding and heaters with uniform electrical conductivity and high optical throughput, low reflectance requirements. Transmittance levels can be in excess of 98%.
ITO and IMITO coatings from Abrisa Technologies are resistant to flaking, peeling, cracking, delaminating, and crazing and can be applied to a wide variety of commercial glass such as soda lime float, borosilicate and aluminosilicate glass as well as other technical substrates such as silicon and Corning Eagle XG® semi standard wafers, ceramic, and fused silica from 0.25 to 27 inches in size.
Ideal for military, aerospace, medical, information technology, and industrial markets these display elements can be integrated into products used in control panels, computer monitors, hand-held devices, aircraft cockpit controls, in-flight and vehicular entertainment screens, outdoor displays, GPS systems, and a host of medical monitoring and diagnostic devices.
Abrisa Technologies Introduces CleanVue™ PRO a Severe Abrasion Resistant Oleo/Hydrophobic Coating for Display Glass
Santa Paula, CA – Abrisa Technologies introduces CleanVue™ PRO, a severe abrasion resistant oleo/hydrophobic coating that repels dirt, dust, water, grease and oil, enhancing display glass performance and longevity.
This protective coating is well-suited for high performance anti-reflective (AR) coated cover glass for displays used in high contrast, heavy use and/or harsh environments. The resulting coated surface is easy-to-clean and maintain, does not stain, allows repeated removal of fingerprints, all while maintaining its anti-reflective properties. CleanVue™ PRO is ideal for protective vehicular instrument control panels and devices, field use touch and display panels, projected capacitive (PCAP) and capacitive touch screens, portable handheld devices, teleprompters, virtual reality applications, in-flight and vehicular entertainment screens and a host of other display devices.
CleanVue™ PRO when bonded to Abrisa Technologies’ proprietary AR coating has proven to be rugged and durable, and has a low coefficient of friction, providing protection against scratching. Abrisa Technologies’ extensive tests concluded that the product’s oleophobic and hydrophobic water-repelling characteristics did not breakdown or degrade after steel wool, cheese cloth, and MIL-C-675C severe abrasion eraser testing. The coating can also be applied to glass substrates and select coatings for enhancement to their hydro/oleophobic properties.
Santa Paula, CA – Abrisa Technologies is pleased to announce that Dr. Vladimir Medvedev has joined the Abrisa Technologies engineering team at their thin film coatings facility, located in Torrance. Dr. Medvedev’s brings 20+ years of experience in the semiconductor industry, working with such companies as BAE Systems, Global Communication Semiconductor, and TRW Inc.
Dr. Medvedev earned his Ph.D.E.E from the Kiev Polytechnic Institute and his M.S.E.E from Kiev State University. He currently holds 4 patents and has over 20 papers published. According to Blake Fennell, President and CEO, “Dr. Medvedev’s reputation and breadth of knowledge of the microelectronic and semiconductor industries will bring new insight and technical prowess to the thin film coatings engineering team.” Fennell further adds, “Dr. Medvedev will support our growth path of providing more complex wafer and component coatings for extremely demanding applications.”
According to Dr. Medvedev, “My expertise in thin film technology, plasma etching, statistical process control, CPI, cost and cycle time reduction, as well as an array of additional semiconductor wafer processing techniques will help move the Abrisa Technologies manufacturing process performance to the next level. He further states. “The company’s goal to continuously innovate provides a tremendous growth potential within various industry sectors which I am excited to be part of. I am a problem solver and look forward to working with Abrisa Technologies to forge partnerships with both future and current customers, providing creative, technology-based solutions for their optics projects that are of the highest quality level while being cost-effective.”
Torrance, CA – Abrisa Technologies is pleased to announce that Lawrence Luke has joined the company as a Thin Film Applications Engineer at their thin film coatings facility, located in Torrance, California. Lawrence earned his BS in Physics from the University of Massachusetts and has 6+ years experience in precision thin film coatings development and multi-layer thin film stacks for military and industrial applications from infrared to near UV. As a Physical Vapor Deposition (PVD) Engineer, Lawrence’s experience with new product development in the fields of optical interference filters and semiconductor fabrication technology will be of tremendous value to Abrisa Technologies.
According to Lawrence, “I was highly motivated to join the company, as their Torrance, California optical coatings facility is well regarded in the industry. As a PVD engineer, I wanted to bring my knowledge and experience to the company and its customers to help optimize processes and solutions for today’s increasingly demanding optics applications.”
While at OPHIR Optics, LLC as a Thin Film Process Technician, Lawrence was involved with thin film coating of optical components for military, automotive and R&D products. This experience pairs well with the responsibilities he will have at ZC&R. At Materion Corporation as an Application Engineer, Lawrence was a key player in their microelectronics and services business unit, integrating Materion products in the fabrication of thin films for customer R&D initiatives.
According to Robert Cabrera, Vice President of Engineering & Product Development at Abrisa Technologies, “Lawrence’s skill set and knowledge of the thin film coatings process and optics will help the company serve more complex, higher quality needs where technical and operational performance are equally critical.“
Cabrera further states, “His ability to evaluate new materials for unique requirements, and background in Six Sigma Lean manufacturing will be of significant value, insuring that our optical coating solutions are best in class.”
As a published author of two papers; “Middle Infrared Electroluminescence of n-type Cr doped ZnSe Crystals” and Developing a Fundamental Understanding of Gold Spitting during Evaporation”, Lawrence is making a name for himself in the thin film coating industry which ZC&R will fully support.
Angus Macleod President of Thin Film Center Inc, to Present “What’s Happening in Optical Coatings” at ZC&R Coatings for Optics – April 1, 2014
Torrance, CA – ZC&R Coatings for Optics, a division of Abrisa Technologies is pleased to announce that it will be hosting a reception and dinner with Angus Macleod, President of Thin Film Center Inc, and a Professor Emeritus of Optical Sciences, University of Arizona as the featured speaker. The topic of the presentation will be “What’s Happening in Optical Coatings.”
Sponsored by the Southern California Chapter of the American Vacuum Society (AVS), the event will be held at ZC&R’s Torrance facility located at 1401 Abalone Avenue. The evening’s events will begin at 6:00 pm with a reception and dinner, followed by the presentation by Dr. Macleod at 7:00 pm with a tour of the ZC&R facility commencing at 8:00 pm.
The ever-increasing volume of advances in optics constantly brings newer and greater challenges to the optical coatings provider making it especially necessary to continue to progress and educate in the general area of thin films.
The presentation to be given by Dr. Macleod will cover the current state of the art in optical coatings including technology, materials and applications.
Reservations and pre-registration is required, as well as an advance payment of $15.00; check payable to SCCAVS. The deadline is March 28, 2014. For additional information or to request a registration form contact: firstname.lastname@example.org.
Angus Macleod – SCCAVS Presentation
Abrisa Technologies Custom Fabricates and Coats SCHOTT Xensation™ Aluminosilicate Extremely Hard Cover Glass
Santa Paula, CA – October 1, 2013 Abrisa Technologies custom fabricates and coats SCHOTT Xensation™; a high-quality aluminosilicate glass that has outstanding resistance to breakage and scratches for all cover and touch applications, including capacitive, resistive, optical, and acoustic. This high ion-exchange (HIE) glass is chemically strengthened for maximum durability.
Key attributes of SCHOTT Xensation™ Cover glass include:
- Extremely high impact and bending strength enables thinner, sleeker, and more sensitive devices without compromising strength
- High scratch resistance and tolerance for superior aesthetic appeal and durability
- Pristine, display grade cover glass for a clear, elegant visual quality
- Unique glass composition results in the most robust and reliable cover glass available
Abrisa Technologies can apply anti-reflective, dichroic, UV, IR, indium tin-oxide (ITO), and index-matched IMITO coatings to Xensation™ glass substrates. Additionally, Xensation™ can be chemically and heat strengthened, machined, drilled, cut, edged, polished, cleaned, grinded, and screen printed to enhance functionality and performance.
SCHOTT Xensation™ Cover glass is available from Abrisa Technologies in the following dimensions:
- Sheet Sizes: 1150 x 950mm and 475 x 575mm
- Sheet Thickness: 0.55 to 2mm is stocked for quick delivery
Abrisa Technologies Can Custom Fabricate & Coat SCHOTT Borofloat® 33 Multi-Function Float Glass
Santa Paula, CA – September 9, 2013 – Abrisa Technologies provides custom fabrication and coating of SCHOTT Borofloat® 33; floated borosilicate glass. Generally used in applications with extreme thermal and/or chemical demands, Borofloat® 33 is the glass of choice when conventional float glass such as soda-lime cannot meet the tough chemical and thermal specifications. The glass has exceptional optical quality due to the micro-float manufacturing process resulting in a homogeneous material that has a mirror-like surface and a high degree of flatness. Borofloat® 33 exceeds the chemical durability of most metals and other materials.
Key Benefits of Borofloat® 33 include:
- Three times the thermal shock resistance of soda-lime glasses along with a thermal expansion comparable to that of silicon
- Low density (approx. 10% less than soda-lime)
- Large sheet size and wide thickness spectrum
SCHOTT Borofloat® 33, floated borosilicate glass has outstanding product properties including:
- A mirror like surface quality that is excellent for special glass applications such as biotechnology and microelectronics
- A low thermal expansion and high thermal shock resistance that provides the ability to withstand temperatures up to 450°C
- Borofloat’s® high chemical resistance makes it a durable choice for caustic environments that may include acids, bases, and organic substances
- Borofloat has an overall high transmission of ultraviolet, visible and infrared wavelengths
- A Low alkali content allows Borofloat® to work as a good electrical insulator
- A clear practically colorless appearance for improved view-ability
Applications where Borofloat® 33 floated borosilicate glass is the material of choice include:
- Lighting – protective panels for spotlights and high-power floodlights
- Precision engineered optics – filters, telescope mirrors
- Medical & biomedical technology – slides, micro-fluidic systems
- Semiconductor – wafers and display glass
- Electronics – sensors and instrumentation
Abrisa Technologies can provide Borofloat® multi-function, floated borosilicate glass in thicknesses of 0.7mm up to 25.4mm and in sheet sizes of 1150 x 850mm as well as 1700 x 1300mm that can be fabricated to application specific requirements.
We can also apply anti-reflective, dichroic, UV, IR, indium tin-oxide (ITO), and index-matched IMITO coatings to Borofloat® glass substrates. Additionally, Borofloat® can be chemically and heat strengthened, machined, drilled, cut, edged, polished, cleaned, grinded, and screen printed to enhance functionality and performance.
Front Surface Mirrors Provide Increased Reflectivity
Santa Paula, CA – August 2, 2013 – Abrisa Technologies provides front surface mirrors or first surface mirrors for a broad scope of optics applications. These mirrors have a long product life, superior durability, and can be cleaned easily.
Front surface mirrors have over-coated dielectric layers that are vacuum deposited on the surface of a clear glass substrate to increase reflectivity and protect against humidity and abrasion. The sharper image created by a front surface mirror lacks the ghosting effect of a conventional mirror.
The substrate of choice for a front service mirror is float glass with a typical flatness and irregularity of 4 to 6 waves per inch. Typical thicknesses that are available from stock are 1mm, 1.6mm, 2.3mm, 3mm, 5mm, 6mm, and 10mm. Front surface mirror sizes are available in dimensions up to 74” x 130” or 1880 mm x 3320 mm in 3mm and 6mm thicknesses.
- Enhanced aluminum mirror coatings reflect from 85% to 97% over the visible spectrum (400-700 nm)
- Protected gold mirror coatings reflect an average of 97% over a broader spectrum (700-2000 nm)
Front surface mirrors can be used in such applications as:
- Industrial/Office Automation
- Photocopiers & document scanners
- Facsimile machines & laser beam printers
- Audio visual equipment & point-of-purchase scanners
- Cameras & analytical instruments
- Military training simulators
- Projection & broadcasting equipment
Front surface mirror coatings conform to MIL-C-48497, MIL-M-1350BC, and MIL-STD-810C. Front surface mirrors have a long product life, superior durability, and are easily cleanable. The sharper image created by the front surface mirror lacks the ghosting effect of a conventional mirror.
Abrisa Technologies Offers Screen Printing on 80″ Diagonal Glass for Display Applications
Santa Paula, CA – Abrisa Technologies, a leading supplier of high performance flat glass for the display industry can now screen print on 80 inch diagonal soda lime or low iron float glass for a wide variety of applications including digital signage, ruggedized outdoor displays, and monitors. With the increase in demand for custom large format digital signage, having a qualified U.S. supplier for thin, lightweight, and strong screen printed glass is a plus to lowering logistical costs and improving supply chain efficiency.
The screen print process is performed on anti-reflective cover glass that is optically bonded or laminated to the face of an LCD or to anti-glare treated glass.
The anti-reflective glass provides optimal viewing performance for a broad spectrum of environmental conditions by increasing light transmission for reduced reflectivity whereas the anti-glare treated glass optimizes viewing at extreme angles.
The screen print is typically a white or black border, printed on the back side of the glass, with custom logo, text or design additions as desired. Epoxy/polyester, frit, and metallic inks are available in either matte or gloss with PMS matching available for logos, text, and images to fit the exact specification for the project.
High quality multi-pass screen printing provided by Abrisa Technologies improves opacity while minimizing pinholes and light leakage and is available on 80 inch diagonal screen printed glass in thicknesses from 2-6mm.
In addition to screen printing the glass, the highly skilled and professional team at Abrisa Technologies can provide additional value-added fabrication services. Finishing options include scribe cut with safety seam, flat machined with chamfers, pencil ground edges and polished edges. Cutting, drilling, and slotting, are also performed at the Santa Paula, California production and manufacturing facility.
Precision thin film coatings such as Indium Tin Oxide (ITO), index-matched ITO (IMITO) and UV & IR Blockers can also be applied to the glass, providing optical bonding integrators with a high value-added thin glass solution from one qualified source.
ZC&R Coatings for Optics
Publishes New High Performance Thin Film
Optical Coatings Technical Capabilities Brochure
Publishes New High Performance Thin Film
Optical Coatings Technical Capabilities Brochure
Santa Paula, CA – ZC&R Coatings for Optics (ZC&R), an Abrisa Technologies company is pleased to announce the publication of their new High Performance Thin Film Optical Coatings Technical Capabilities brochure. This highly informative brochure can be downloaded as a PDF from the Abrisa Technologies website from the Resource Center or from the Coatings Solutions section.
The broad selection of coatings provided by ZC&R are applied via electron beam and ion-assisted electron beam deposition to influence and control reflectance, transmittance, absorbance, and resistance.
The brochure provides specifications as well as other detailed information about the following optical coatings provided by ZC&R:
- Anti-Reflective (AR) Coatings
- Transparent Conductive Coatings – Indium Tin Oxide (ITO) and Index-Matched Indium Tin Oxide (IMITO)
- Heat Control Coatings – Hot Mirror Filters and Cold Mirror Filters
- UV Filters – Blocking, Blacklite™ and 470 Short Wave Pass (SWP)
- Dichroics and Color Correction Filters
- Wavelength Selection Filters – Long Wave Pass (LWP), Short Wave Pass (SWP), Band Pass, and Notch
- Beam Splitters – Plate and Cube
- Mirrors and Metals
- Neutral Density Filters and Dark Mirrors
- Infrared (IR) Filters – Covert, Semi-Covert, and Blackeye
The Thin Film Coatings Capabilities brochure completes the trilogy of capability brochures offered by Abrisa Technologies, the other two being; Specialty Glass Technical Capabilities and Custom Glass Fabrication Capabilities which can also be found on the Abrisa Technologies website in the Resource Center for PDF Download.
ZC&R Can Deliver High Yield Narrow & Broadband
Transparent Conductive Coatings for Ultra Thin Glass
Transparent Conductive Coatings for Ultra Thin Glass
Torrance, CA – ZC&R Coatings for Optics, an Abrisa Technologies Company provides narrow and broadband transparent conductive and anti-reflective (AR) coatings with extremely high yields on ultra thin glass in thicknesses as low as 0.07mm. The transparent conductive coatings Indium Tin Oxide (ITO) and Index-Matched Indium Tin Oxide (IMITO) as well as narrow and broadband AR improve optical throughput and reduce stray light noise while providing low reflectance and good sheet resistance control without sacrificing optical performance.
Typical applications include:
- Spatial Light Modulators, Micro-displays, and Optical Shutters
- Mobile and Vehicle Mounted Displays
- Slim Format Sensor Cover Glass
- Telecommunications Equipment – Liquid Crystal Based Fiber Optic Switches
These coatings can be applied to the following ultra-thin glass microsheet substrates:
- SCHOTT D 263® T eco – colorless borosilicate thin glass (as thin as 0.03mm to 1.1mm)
- SCHOTT AF 32® eco – aluminoborosilicate thin glass (between 0.1 and 1.1mm)
- Corning® EAGLE XG – Slim glass (as thin as 0.3mm)
- SCHOTT MEMpax® – ultra-thin borosilicate glass (0.1mm to 1.1mm)
- Other specialty thin glass
Presently, ZC&R can apply these coatings to 150mm and 200mm wafers as well as 6” square substrates with other custom sizes available upon request.
Abrisa Technologies can provide a Broad Selection
of Machining Options for Glass Fabrication
of Machining Options for Glass Fabrication
Santa Paula, CA – Abrisa Technologies provides multiple technologies and machining processes to support technical glass and optics shapes, surfaces, edging, and hole drilling requirements. Depending upon the glass substrate material, thickness, hole diameter, and edge quality requirements, Abrisa Technologies can choose between CNC machining, opposed edge drilling, or abrasive material removal or sandblasting to meet each customer’s application specific machined glass requirement.
- CNC Processing (Shapes, Notching, Slotting, Grooving & Step Surface) – can provide any custom shape with any type of ground or polished edging, including parts with holes, tapers, notches, slots, grooves, or stepped surfaces. Minimum substrate thickness is 0.3mm with a maximum thickness to 25.4mm. Minimum size is 2” x 2” with a maximum substrate size of 90” x 60”.
- Drilling (Holes & Tapers) – Through holes, blind holes, step holes and countersink holes are all options. Parts with holes, slots or grooves can be tapered on both sides or seamed on the inside dimension to improve inside edge quality.
- Circle Grinding – high volumes of circular parts can be quickly ground to precise diameters. Minimum thicknesses of 0.508mm to 25.4mm maximum. Minimum diameter is 5 mm and maximum diameter is 304.8 mm.
- Grinding & Polishing (Buffing & Lapping) – parts with special surface or edge polishing requirements can be ground to size, rough surface ground (lapped) or smooth surface polished (buffed).
- Surface Grinding & Polishing
- Edge Grinding & Polishing
- Sand blasting (surface patterns & logos) – portions of the glass part or the entire part can be sandblasted for a rough or cloudy surface finish or logos and patterns can be applied to the surface of the glass. The inside or outside surfaces of tubing can be sand blasted for a rough or cloudy surface finish as well. Sand blast grits available from 80 to 400. Minimum thickness is 1.1mm and maximum is 25.4mm. Minimum size is 1” x 1” and maximum size is 80” x 44”, and maximum tube length is 32”.
Abrisa Technologies Cold Mirrors
Reflect Ultra Violet (UV)
or Visible Energy while Transmitting Heat Energy
Reflect Ultra Violet (UV)
or Visible Energy while Transmitting Heat Energy
Santa Paula, CA – The ZC&R Coatings for Optics (ZC&R) division of Abrisa Technologies provides a line of cold mirrors that reflect Ultra Violet (UV) or visible energy while transmitting the infrared (heat energy). Cold mirror coatings are vacuum deposited multi-layer dielectric films that can operate in temperatures of ≥400°C and are durable and easy-to-clean.
The glass substrate used for our cold mirrors is SCHOTT Borofloat®, a versatile borosilicate glass substrate with excellent thermal properties. Thickness availability is 1.1mm, 1.75mm, and 3.3mm. Cold mirror sizes are available up to 27” diameter.
Cold Mirrors offered include:
- UV Cold Mirror – This cold mirror is specifically designed to reflect more than 95% average of ultra-violet (UV) rays from 350-450 nm and transmit more than 90% average 550-1200 nm at 45 degrees angle of incidence. Custom angles of incidence can be designed to specification.
- CM-VS-STD 45 Degree Cold Mirror – This cold mirror filter is designed to operate at 45 degrees. It reflects the visible spectrum and transmits heat (infrared). The average reflectance is greater than 95% from 425 to 650 nm. Transmission is more than 85% average from 800 to 1200 nm. These filters are commonly coated for normal incidence applications as well. Custom angles of incidence can be designed to specification.
- CM0-ES-STD 0 Degree Cold Mirror – This cold mirror filter is designed to operate at 0 degrees. It reflects the visible spectrum and transmits heat (infrared). The average reflectance is greater than 95% from 425 to 650 nm. Transmission is more than 85% average from 800 to 1200 nm. These filters are commonly coated for normal incidence applications as well. Custom angles of incidence can be designed to specification.
Typical applications for cold mirrors include:
- Laser diode applications
- Scanner and bar code readers
- Dielectric mirrors in sensor technology
- Filter applications – cold light
- Lighting systems
Generally speaking, cold mirrors provided by Abrisa Technologies/ZC&R have excellent optical characteristics, high ultra violet (UV) or visible reflection, operate at high temperatures, provide good infrared transmission, have high mechanical stability, and provide effective heat/light separation.
ZC&R Cold mirrors meet adherence and abrasion resistance as per MIL-C-675C and ISO 9211-3.
Bob Miller Named
Vice President of Operations for Abrisa Technologies
Vice President of Operations for Abrisa Technologies
Santa Paula, CA – We are pleased to announce that Mr. Bob Miller has joined Abrisa Technologies as Vice President of Operations effective October 15, 2012. Abrisa Technologies provides integrated optical solutions including precision glass fabrication and high efficiency optical coatings for the display and imaging, optoelectronics, lighting and entertainment, aerospace and defense, and general industrial markets.
Mr. Miller “Bob” comes to Abrisa Technologies with very distinguished credentials, including extensive supply chain management, manufacturing, and materials management expertise in the high-tech manufacturing arena. His career includes operational management positions with CVI Melles Griot, Advanced Bionics, Coherent, Inc., Portable Energy Products, Siemens Corp. and Harris Microwave to name but a few. With a B.S. Degree in Physics from Harvey Mudd College in Claremont, California, Bob possesses the perfect hands on experience and educational mix to upgrade and enhance the operational capabilities of the company.
According to Blake Fennell, President and CEO at Abrisa Technologies, “Bob has the unique ability to identify root cause problems and put systems in place to deal with those problems quickly and efficiently. He has a proven track record of significant improvements in cost reduction, cycle time reduction, lead time and on time delivery improvement, all of which will be of great benefit to our organization.” He further adds, “We look forward to the skill set Bob will bring to our company and are eager to institute and enact his principals to better serve our current and future customers.”
Bob will have operations responsibility for both our custom glass fabrication facility; Abrisa Industrial Glass (AIG) located in Santa Paula, California as well as our precision thin film optical coating facility; ZC&R Coatings for Optics (ZC&R) located in Torrance, California.
Bob’s brings to Abrisa Technologies a depth of knowledge and broad set of capabilities including capacity planning, line management, material flow, contract manufacturing, lean manufacturing, purchasing, process improvement, and database management. Add to that a Six-Sigma Black Belt and he’s just the right individual to take the Abrisa Technologies Team to a new level of excellence; ready to compete not just in North America, but globally as well.
According to Bob, “I am very excited to join Abrisa Technologies at this point in my career. Their manufacturing facilities have state-of-the-art equipment and the workforce is well equipped to be challenged with new methods and processes to improve the customer experience. I am looking forward to working with our dedicated staff to take our company’s performance to the next level. The team and I will continue to enable Abrisa Technologies to set the standard for world-class manufacturing of optical products and solutions.”
Abrisa Technologies Hot Mirrors
are Ideal for Heat Control Applications
are Ideal for Heat Control Applications
Santa Paula, CA – The ZC&R Coatings for Optics (ZC&R) division of Abrisa Technologies can supply hot mirrors or short wave pass filters (SWP) for heat control applications. For hot mirrors, a thin film coating is applied to a glass substrate, such as soda-lime or borosilicate, in order to reflect infrared radiation either as a means to harness the reflected wavelengths for an application or remove them from an application. Simplified, a hot mirror will separate visible light from heat. ZC&R typically provides hot mirrors in thicknesses of 1.1 mm, 1.75 mm. and 3.3mm and in diameters up to 24”. Custom sizes and thicknesses are available upon request.
Typical features of hot mirrors include:
- High transmission for the visible light range
- High reflection of infrared
- Utilize high quality borosilicate glass substrates – SCHOTT Borofloat®
- Thin film dielectric multi-layer coating
- Standard angles of incidence are 0 and 45 degrees
Hot Mirrors Provided by ZC&R Include:
- HM-VS-950 Hot Mirror – transmits the visible spectrum and reflects much of the infrared out to 950nm
- HM-VS-1150 Hot Mirror Filter – transmits the visible spectrum and reflects much of the infrared out to 1150 nm
- HM-VS-1500 Hot Mirror – extreme performance hot mirror offers enhanced UV blocking
- HM-VS-1600 Hot Mirror Filter – extended hot mirror blocking infrared out to 1600nm
- HM-VS-L900 Hot Mirror Filter – affordable and reliable, transmits the visible spectrum with moderate infrared attenuation
- HM-VS-3000 Filter – combines reflectance and absorptance to block a very wide band in the infrared while maintaining good visible transmittance
- HM-UV-1050 UV Pass Hot Mirror – designed to transmit more than 80% on average from 245 to 460 nm and reflect more than 70% on average from 800-1050 nm
Standard hot mirror provided by ZC&R/Abrisa Technologies, have been designed to be used in optical systems at angles of incidence varying between 0 and 45 degrees. They are utilized in applications where heat build-up would damage components or adversely affect spectral characteristics of the illumination source.
Typical Applications for ZC&R Hot mirrors include:
- LCD displays
- Entertainment & architectural spot lighting
- Fiber optic lighting
- Heat/light separation applications
- Aerospace & defense
- Digital photography
Abrisa Technologies Launchs
Fabrication Facts and Coatings Corner on Website
Fabrication Facts and Coatings Corner on Website
Santa Paula, CA – Abrisa Technologies is pleased to announce two new additions to their website which details their integrated optics products and service solutions. Now available on the site in the Resource Center are Fabrication Facts and Coatings Corner.
Fabrication Facts provides the site visitor with a quick-and-easy read “tutorial” of a broad selection of topics dealing with glass fabrication and processing. Each week a new fabrication fact will be published. Site visitors are encouraged to check weekly to read up on the latest posting.
At present, the following items have been posted in Fabrication facts:
- Epoxy/Polyester vs. Frit Ink for Screen Printing on Glass Substrates
- Screen Printing on Glass vs. Digital Printing
- High Ion-Exchange (HIE™) vs. Soda Lime Glass
- Heat Strengthening vs. Chemical Strengthening of Glass Substrates
- SCHOTT Robax® Heat resistant Glass
Coatings Corners is similar to Fabrication Facts, but this website resource focuses on topics relating to the application and use of thin film coatings on optics as provided by Abrisa Technologies’ ZC&R Coatings for Optics division. Coatings Corner will also have new posting on a weekly basis in order to keep current customers and site visitors well informed.
Presently posted in Coatings Corner are the following items:
- Physical Vapor Deposition – Sputtering vs. E-Beam
- Optical Filters – Color Temperature Orange (CTO) and Color Temperature Blue (CTB)
Named President and CEO of Abrisa Technologies
Named President and CEO of Abrisa Technologies
Santa Paula, CA – We are pleased to announce that Mr. Blake Fennell has joined Abrisa Technologies as President and CEO effective August 27, 2012.
Mr. Fennell comes to Abrisa Technologies following a strong and very successful 17+ year career at Melles Griot, where he held multiple senior leadership roles, serving as Chief Operating Officer and then as Chief Executive Officer of this manufacturer and distributor of photonics-related components and sub-systems; including lasers, optical systems, and electro-optical components.
Following the acquisition of Melles Griot by Norwest Equity Partners in 2007, Blake served for an additional 4 years as President of the Laser Group within CVI Melles Griot, a California based manufacturer of lasers and laser-based light engines serving the biomedical-instrumentation, industrial, aerospace/defense, and micro-electronics industries. In all of these roles, Blake demonstrated a strong commitment to growth through innovative manufacturing, redesigned supply chain logistics, and sales/distribution programs which served his customers well, encouraging strong growth of the businesses he has run.
According to Blake, “I look forward to this new and exciting chapter in my career with Abrisa Technologies. My vision for the future of the company is to bring world-class manufacturing excellence to Abrisa Technologies, elevating the support for our optical products and services to our current and future customer base.”
Blake further explains, “Abrisa Technologies has extremely strong capabilities for both of its primary offerings; that being glass fabrication and thin film optical coatings. The company’s solid reputation and dedicated work force is highly motivated to deliver value to all stakeholders.”
Graham Partners, the Equity Firm that holds Abrisa Technologies in their portfolio of companies has great respect for the ability of the management team and remains excited about the future of Abrisa technologies. Graham Partners feels strongly that the addition of Blake Fennell to the Abrisa Technologies team will strongly encourage the growth prospects and success of the company, its customers and its employees.
Abrisa Technologies Custom Fabricates and Thin Film Coats Borosilicate Glass Substrates
Santa Paula, CA – Abrisa Technologies can provide SCHOTT Borofloat®, borosilicate glass for a broad array of applications. The main components of borosilicate glass are silica and boron oxide which provide for a very low coefficient of thermal expansion, making the glass more resistant to thermal shock than other standard glass substrates. Additionally, borosilicate glass is resistant to chemical corrosion making it suitable for laboratory use.
Abrisa Technologies can apply Anti-reflective, dichroic, UV, IR, ITO and IMITO coatings to the glass substrates as well as chemically and heat strengthen, machine, drill, cut, edge, polish, clean, grind, and screen print the glass for total optical solution.
Abrisa Technologies can provide the following borosilicate options:
- SCHOTT Borofloat®33 Multi-Functional Float Glass – versatile, with excellent light transmission, thermal properties and chemical resistance. (Thickness availability from 0.7mm to 25.4mm and sizes up to 90″ x 67″)
- SCHOTT Supremax® Rolled Borofloat® – low thermal expansion, high chemical durability, good optical propertied, low density and large thickness range. (Thicknesses from 26.6 mm to 66.7 mm and sizes up to 90″ x 67″)
- SCHOTT D263 Colorless Thin Glass – is a borosilicate glass with a low alkali content. Has extremely flat surfaces, is a good substrate for coatings, has an excellent transmission over a large spectrum, is highly chemical resistant, and a smooth fire polished surface. (Thicknesses from 0.030 mm to 1.1 mm and sizes up to 17″ x 14″)
- SCHOTT Duran® Tubed Lab Glass – is a general borosilicate glass with high resistance to chemicals and heat making it ideal for laboratory glassware.