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IRphotonics Offers New iCure Products to Ensure Control & Repeatability of the Assembly Process

Non Contact Infrared Sensor and USB Thermocouple Interface Offer a Fast & Accurate Method to Monitor Temperature

Hamden, Connecticut, April 30th, 2012 –IRphotonics, a world leader in the design, manufacture, and marketing of Infrared fibers & systems announces the availability of 2 new iCure products to ensure the control & repeatability of assembly processes.

The iCure IRT200 Thermo Meter is non-contact Infrared sensor designed to measure the temperature of objects based on their emitted infrared energy. The Thermo Meter measures the heat & converts it into an electrical signal which is proportional to the surface temperature of the cure zone. Developed to work with the iCure Thermal Spot Curing system, the portable iCure Thermo Meter is composed of a power controller & sensor. It offers a fast & accurate method to monitor temperature and ensures control & repeatability of the assembly process.

  • Wide temperature range -50°C to 975°C
  • Easy system configuration & sensor calibration
  • Measurement spot down to 0.9 mm
  • Ensures repeatability & control of the assembly process
  • Ideal in large scale manufacturing Environments

Click here to download the complete product brochure.

The iCure TCK200 USB Thermocouple Interface Kit offers a seamless interface kit with the iCure allowing precise measurements of temperatures using a range of common contact thermocouples.

The TCK200 Thermocouple can be used to calibrate the IRT200 Thermo Meter and to do process validation in the lab.

  • Supports up to four J, K, E & T-type thermocouples
  • Supplies temperature in degrees Celsius, Fahrenheit & Kelvin
  • Uses terminal blocks to interface to inexpensive thermocouples with stripped leads
  • Connects directly to iCure via USB port
  • Sampling Rate : 40 ms

Click here to download the complete product brochure.

Pricing and availability

The IRT200 Thermo Meter and the TCK200 Thermocouple are available to customers worldwide now. Pricing and specifications available on request. Please contact us at for more details at This e-mail address is being protected from spambots. You need JavaScript enabled to view it

 

 
IRphotonics Lab Now Offers Thermal Imaging to Optimize Curing Profile of Thermal Adhesives

iCure spot curing system improves manufacturing productivity

Hamden, Connecticut, September 13, 2011 – IRphotonics, a world leader in the design, manufacture, and marketing of Infrared-based materials and systems is pleased to announce the acquisition of a high resolution FLIR thermal imaging camera to expand the capabilities of its application engineering lab.

The acquisition of a thermal imaging camera will help IRphotonics’ Application Engineering Lab engineers analyze the distribution of heat in the parts that are exposed to the iCure to optimize energy, wavelength and irradiance to meet particular process needs or improve clients’ manufacturing productivity.

“This added capability will play an important role in the development of customized curing profiles for our clients as it shows exactly how heat is distributed in the part, which in turn leads to better control and optimization of the curing process“, commented Ruben Burga, VP Sales for IRphotonics.

iCure AS200 Spot Curing System

The iCure AS200 is an award-winning inline fiber optic system that provides heat by Infrared radiation in a portable unit, delivering pinpoint and accurate control for temperature sensitive substrates and complex devices. Using infrared light to generate heat, the iCure thermal spot curing system combines the advantages of thermal curing with the practicality of spot curing.

Applications include:

  • Spot curing of thermal epoxies
  • Bonding and fixing of plastic and glass components
  • Fixing of lenses
  • Temporary fixing of miniature components
  • Precision assembly and bonding of semiconductor components
  • Focused energy for micro soldering
  • Localized heat welding of thermoplastics

Go to iCure™ page
IRphotonics at the MD&M Midwest in Chicago, September 20-23, 2011.
IRphotonics will be demonstrating the power and flexibility of the iCure AS200 at their booth –765. Please contact sales at This e-mail address is being protected from spambots. You need JavaScript enabled to view it to discuss your application with the team.

You can register online at www.AATexpo.com and use IRphotonics’ Promo Code BB to save money. See you there!

About IRphotonics
IRphotonics is the leading designer and manufacturer of technologically sophisticated infrared fibers and systems that are used for the transmission of infrared light, and for assembly operations requiring high intensity infrared heat.  The company leverages its unique and in depth expertise of infrared light and materials to offer innovative products ranging from specialty optical fibers and light guides to its revolutionary award winning thermal spot curing system. IRphotonics’ iCure thermal spot curing system won the international Prism Award for Photonic Innovation at Photonics West 2010.

For more information about the iCure Product Line and the iCure AS200, please visit www.icure-irphotonics.com.

© Copyright 2011 IRphotonics. All rights reserved. Information subject to change without notice.
IRphotonics, iCure and iCure AS200 are registered trademarks of IRphotonics.

 

 
IRphotonics Releases Multi-Legged Fiber Lightguide for Award-Winning iCure System

Supplies thermal energy To multiple cure sites from a single source



Hamden, Connecticut, June 14, 2011 – IRphotonics, a world leader in the design, manufacture, and marketing of Infrared-based materials and systems announced today the release of a multi-legged fiber lightguide for its line of Infrared spot curing systems. 
light


Multi-legged fiber lightguides provides for the distribution of light energy to multiple cure sites from a single light source, allowing great flexibility in the curing process. IRphotonics’ multi-legged lightguide is especially designed for the iCure® Thermal Spot Curing system for curing multiple parts simultaneously or instantly tacking complex assemblies in several locations to ensure critical alignments.

Ruben Burga, VP sales for IRphotonics commented “Multi-legged lightguides provide an economical method of curing multiple locations simultaneously by using a single light source. The iCure spot curing system delivers precise heat to photosensitive and heat-cured adhesives, which results in significantly reduced bonding time and increased reliability.”

iCure AS200 Spot Curing System

The iCure AS200 is an award-winning inline fiber optic system that provides heat by Infrared radiation in a portable unit, delivering pinpoint and accurate control for temperature sensitive substrates and complex devices. Using infrared light to generate heat, the iCure thermal spot curing system combines the advantages of thermal curing with the practicality of spot curing.

 

Applications include:
  • Spot curing of thermal epoxies
  • Bonding and fixing of plastic and glass components
  • Fixing of lenses
  • Temporary fixing of miniature components
  • Precision assembly and bonding of semiconductor components
  • Focused energy for micro soldering
  • Localized heat welding of thermoplastics

Go to iCure™ page
Pricing and Availability  

The Multi-legged fiber lightguide is available to customers worldwide now. Pricing is available on request.  Please contact us at This e-mail address is being protected from spambots. You need JavaScript enabled to view it This e-mail address is being protected from spambots. You need JavaScript enabled to view it



About IRphotonics

IRphotonics is the leading designer and manufacturer of technologically sophisticated infrared fibers and systems that are used for the transmission of infrared light, and for assembly operations requiring high intensity infrared heat.  The company leverages its unique and in depth expertise of infrared light and materials to offer innovative products ranging from specialty optical fibers and light guides to its revolutionary award winning thermal spot curing system. IRphotonics’ iCure thermal spot curing system won the international Prism Award for Photonic Innovation at Photonics West 2010.

For more information about the iCure Product Line and the iCure AS200, please visit www.icure-irphotonics.com.

© Copyright 2011 IRphotonics. All rights reserved. Information subject to change without notice.
IRphotonics, iCure and iCure AS200 are registered trademarks of IRphotonics.

- 30 -

For technical information:
Ruben Burga
VP Sales
This e-mail address is being protected from spambots. You need JavaScript enabled to view it
T +1-514-345-6982 x 230

T 1-877-340-6982


Media contact:

Isabelle Pilon

This e-mail address is being protected from spambots. You need JavaScript enabled to view it

T +1-514-345-6982 x 239
M +1-514-814-8928
 
IRphotonics Enables Thermal Spot Curing of Heat-Sensitive Disposable Medical Devices

iCure® Thermal spot curing equipped with new vis optical filter safely heats light sensitive plastics used in disposable medical devices

Hamden, Connecticut, February 3, 2011 – IRphotonics, a world leader in the design, manufacture, and marketing of Infrared-based materials and systems announced the availability of a Visible Optical Filter for the iCure® AS200 Thermal Spot Curing System. The VIS Optical Filter installed in the iCure spot curing system enables heating of heat-sensitive plastics used in disposable medical devices.

 

By pushing the boundaries of thin-film technology, IRphotonics has created an optical filter that eliminates all visible wavelengths except for a mild red pointer glow to provide infrared energy above 800nm. When coupled with the precision and power of the iCure, it accelerates the curing of two-part glues without affecting heat-sensitive thermoplastics.

vis_filter

"The Vis Optical Filter uses state-of-the-art thin film technology to provide pure Infrared energy into the mid IR spectrum from the iCure. This has clear advantages of better infrared light transmittance compared to traditional absorbing glass filters like zinc selenide or silicon filters," commented Ruben Burga VP sales at IRphotonics. "Customers with highly colored plastic substrates or highly absorbing matte and black surfaces can now benefit from the unique cure acceleration provided by the iCure AS200."

 

The iCure provides highly focused light energy through a proprietary mid IR fiber optic light guide that leverages the broad spectrum of energy available from 300-3600nm. UV-sensitive substrates are also protected through the use of an optional UV cut-off optical filter that allows only the wavelengths greater than 400nm (visible and infrared wavelengths) to be transmitted through the iCure light guide and filters out any wavelengths in the harmful UV region.

 

iCure AS200 Spot Curing system

The iCure AS200 is a revolutionary inline fiber optic system that provides heat by Infrared radiation in a portable unit, delivering pinpoint and accurate control for temperature sensitive substrates and complex devices. Using infrared light to generate heat, the iCure thermal spot curing system combines the advantages of thermal curing with the practicality of spot curing.

 

Applications include:

• Spot curing of thermal epoxies

• Bonding and fixing of plastic and glass components

• Fixing of lenses

• Temporary fixing of miniature components

• Precision assembly and bonding of semiconductor components

• Focused energy for micro soldering

• Localized heat welding of thermoplastics

 

Pricing and Availability

The Vis Optical Filter is available to customers worldwide now. Pricing is available on request. Please contact us at This e-mail address is being protected from spambots. You need JavaScript enabled to view it This e-mail address is being protected from spambots. You need JavaScript enabled to view it or visit our web site to download more information.

IRphotonics at MD&M West 2011, Anaheim, CA, February 7-10 2011

IRphotonics will be demonstrating the power and flexibility of the iCure AS200 at their booth – 557. Please contact sales at This e-mail address is being protected from spambots. You need JavaScript enabled to view it to schedule a private demo.

 

About IRphotonics

IRphotonics is the leading designer and manufacturer of technologically sophisticated infrared fibers and systems that are used for the transmission of infrared light, and for assembly operations requiring high intensity infrared heat. The company leverages its unique and in depth expertise of infrared light and materials to offer innovative products ranging from specialty optical fibers and light guides to its revolutionary award winning thermal spot curing system. IRphotonics’ iCure thermal spot curing system won the international Prism Award for Photonic Innovation at Photonics West 2010.

For more information about the iCure Product Line and the iCure AS200, please visit www.icure-irphotonics.com.

 

 

© Copyright 2011 IRphotonics All rights reserved. Information subject to change without notice. IRphotonics, iCure and iCure AS200 are registered trademarks of IRphotonics. All other trademarks are the properties of their respective owners.

 

 
IRphotonics Announces Evaluation White Paper on iCure Infrared Spot Curing

IRphotonics Announces Evaluation White Paper on iCure Infrared Spot Curing

White paper evaluates degree of cure of EpoTek 353ND adhesive with iCure Thermal Spot Curing System Versus Conventional Oven

Hamden, Connecticut, September 27, 2010 – IRphotonics, a world leader in the design, manufacture, and marketing of Infrared-based materials and systems announces the availability of a new white paper entitled - "Evaluation: Degree of Cure of EpoTek 353ND Adhesive with iCure Thermal Spot Curing System Versus Conventional Oven".

This complimentary white paper compares two curing processes for a heat curing adhesive, namely conventional oven curing and the iCure AS200 infrared thermal spot curing system from IRphotonics. The results obtained on EpoTek 353ND adhesive show that tested samples are equally cured with both methods but the curing time is reduced from 1-2 hours to 30sec with the iCure. Similar results have also been obtained with other types of thermal adhesives.

Click this link to download the white paper today
www.icure-irphotonics.com/en/product/icure.html

 

iCure AS200 Spot Curing system

The iCure AS200 is a revolutionary inline fiber optic system that provides heat by Infrared radiation in a portable unit, delivering pinpoint and accurate control for temperature sensitive substrates and complex devices. Using infrared light to generate heat, the iCure thermal spot curing system combines the advantages of thermal curing with the practicality of spot curing.  

 

Applications include:

• Spot curing of thermal epoxies

• Bonding and fixing of plastic and glass components

• Fixing of lenses

• Temporary fixing of miniature components

• Precision assembly and bonding of semiconductor components

• Focused energy for micro soldering

• Localized heat welding of thermoplastics

 

IRphotonics at the MD&M Midwest Exhibition in Rosemont, IL, September 28-30, 2010.

IRphotonics will be demonstrating the power and flexibility of the iCure AS200 at their booth – 1241. Please contact sales at This e-mail address is being protected from spambots. You need JavaScript enabled to view it to schedule a private demo.

 

About IRphotonics

IRphotonics is the leading designer and manufacturer of technologically sophisticated infrared fibers and systems that are used for the transmission of infrared light, and for assembly operations requiring high intensity infrared heat.  The company leverages its unique and in depth expertise of infrared light and materials to offer innovative products ranging from specialty optical fibers and light guides to its revolutionary thermal spot curing system.

For more information about the iCure Product Line and the iCure AS200, please visit www.icure-irphotonics.com.

 

© Copyright 2010 IRphotonics  All rights reserved. Information subject to change without notice.
IRphotonics, iCure and iCure AS200 are registered trademarks of IRphotonics. All other trademarks are the properties of their respective owners.

 
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