Abrasives

Blast Cabinets (Abrasive)

Custom Product Solutions

CPU Cooling (Cool-Silver)

Die Bonders

Die & Pin Eject Systems

Dicing & Wafer Tapes

Die Pickup Tools

Dispensing Systems

Diamond Wheel Dressing Solution

Dust Extraction

Electronic Packages & Lids

Epoxy Stamping & Dispensing

Hot Gas/Rework Station

Ink Coating & Handling

Machine Guards (Custom Made)

Mask & Substrate Alignment

Maintenance & Shop Supplies

Micro Abrasive Systems

Micro Blaster Accessories

Micro Blasting Services

Pick & Place Systems

Printing Supplies & Equipment

Resistors - Thin Film

Resistors - Thin Film Microwave & RF

Resistors - Thick Film

Safety Products

Silicon Doping Stains

Soldering Equipment

Solderability Testers

Solitec Spinners, Coaters and Developer support

Steam Aging Equipment

Storage Cabinets (Dry / Nitrogen & Custom)

Surface Abrader

Tapes (Wafer, Dicing & Protective)

Tape / Film Applicator / Mounters

UV Curing Control & Test Equipment

UV Curing Equipment

Wafer Backlap Applicator

Links

Products By Manufacturer

Site Map

Spares & Servicing

PORTABLE AND BENCHTOP UV CURING CHAMBERS

CUSTOM SOLAR SIMULATOR

2 INCH PORTABLE 400 WATT UV LAMP

DEVELOPER UNIT WITH 3 UV LAMPS

UV5" AND UV10" 1600W CURING LAMPS

CUSTOM SOLAR SIMULATOR

The 1000W Solar Simulator closely reproduces the solar spectrum from 250-2400nm using high stability Xenon short arc lamps. It includes a 1000W Xenon lamp and a precision power supply. This benchtop unit provides auto start and adjustable current regulation for variable intensity. An internal electric shutter and an ellipsoidal mirror capture up to 85% of the lamp output. Lamp cabinet access covers are safety interlocked.

This system is designed for: semiconductor testing, photovoltaic testing, phototoxicity research, material degradation research, atmospheric photochemical pollution research, and accelerated UV and solar exposure testing of color fastness and material stability for paints, textiles and plastics.

FEATURES:
• Reproduce UV and other spectra using Xenon, Xenon-Mercury, or Mercury short arc lamps
• High efficiency, 1000/1600W regulated switching power supply with adjustable current for variable intensity
• Standard and customizable simulators meet FDA, ASTM, ANSI, ISO, and COLIPA test protocols
• Optional filters allow for user changeable spectra
• Square and Round beam sizes of 2", 4", 6", 8", and 10"
• Beam uniformity across illuminated area better than +/-5%
• Collimation: less than 4° half angle
• Lamp lifetime: approximately 900 hours
• Forced air cooling system

OPTIONS:
• Optional 1600W and 4kW Xenon or Xenon/Mercury lamps by special request
• Filters:UV, UV-A, UV-A+B, and Air Mass 0, 1.0, 1.5, 2.0 spectral irradiances

A012-050 EQUIP:1000W SOLAR SIM

2 INCH PORTABLE 400 WATT UV LAMP

UV Process Supply proudly offers the CON-TROL-CURE® Portable 2” UV Curing System: a detached 2” curing lamp connected to the power supply by a 6’ quick-disconnect power cable.

The system is designed for color matching, lab work, in-house prototype work, on-site demonstrations, and as a starter unit for those interested in learning more about UV clear coating, adhesives, casting/potting, and conformal coatings. It offers users the opportunity to work on products via either hands-on production or R&D on their own equipment. Results of tests can be immediately translated to production system requirements.

This 110V unit delivers up to 200W/in of power over a 365nm broad band range. The 2” effective curing area emits focused light for use with quick curing, and can be positioned to emit defocused light for use with 3-D objects. It can be handheld without the light shield for scanning large areas. Important: The use of goggles is recommended as a safety precaution.

Economical, compact, and easy to use, the Portable 2" UV Curing System weighs 24.5 lbs (power supply: 17.5 lbs, lamp: 7 lbs) and each component measures only 5.25" H x 9.5" W x 5.25" D. The 110V unit delivers power up to 200 WPI over a 365nm broadband range. The system features a simple on/off switch. Custom extended power cables are available by special order.

STANDARD FEATURES:
• 200W/in nominal output
• Handheld portability
• Compact design ideal for use within confined environments
• Plugs into a standard 110V outlet
• Low-cost design ideal for repairs, prototype work, R&D, etc.

DEVELOPER UNIT WITH 3 UV LAMPS

The new CON-TROL-CURE® UV Developer’s Kit now features our latest electronic power supply technology. The original benchtop UV system that allowed its user to switch UV wavelengths from job to job now provides stepless dimming control and up to 1.8kW of lamp power! The kit’s 5” wide effective curing area and internationally universal power compatability make this system ideal for all laboratory and small production applications.

Since many of today’s UV formulations demand specific UV wavelengths for complete and efficient curing, it is essential that a laboratory UV curing system have the ability to deliver maximum UV energy in all popular wavelengths: Mercury, Iron, and Gallium. Until the developers kit introduction, there had not been an economical UV curing unit available offering the ability to cure using different UV wavelengths.

The new UV Developer’s Kit includes a universal electronic power supply, a precise focus lamp housing with quick change lamp holders and three 300wpi UV lamps (Mercury, Iron, and Gallium). The universal electronic power supply offers significant striking power and is designed to drive any of the lamps with ease. The stepless dimming control permits variable lamp intensity from 100% down to 38% of lamp power. The single phase 90 - 305VAC, 47 - 63Hz operating range adds to its simplicity and makes it ideal for field testing and demonstrations.

BENEFITS:
• Unit has adjustable energy output for precise and repeatable results
• Lightweight system is portable for practical use in the lab or in the field
• Quick change lampholders simplify lamp installation to deliver desired peak wavelength from project to project

SPECIFICATIONS:
• Lamp kit: One each; Mercury, Iron, Gallium
• UV output: 125 to 300W/in (adjustable)
• Curing width: 5”
• Power requirement: single phase 90 - 305VAC
47 - 63Hz

• Lamp Housing: 13" x 5" x 6.50", 7 LB
• Power Supply: 14" x 8" x 8", 16.50 LB

OPTIONAL EQUIPMENT:
Conveyor: To enhance performance and the repeatability of testing, the UV Developer’s Kit can be supplied with a benchtop conveyor system. The sturdy but lightweight conveyor has a 4” wide belt that is speed adjustable from 5-60 FPM.

Conveyor Specifications:
• Belt speed: 5-60 FPM (adjustable)
• Belt Type: UV specific-Teflon®-coated over fiberglass

Shuttered Lamp Housing: The standard, non-shuttered lamp housing can be replaced with a shuttered lamp housing for applications where the substrate may stop in front of the lamp.

UV5" AND UV10" 1600W CURING LAMPS

Producing 1600W of curing power from a standard 110V outlet, each Con-Trol-Cure® UV5 and UV10 Curing System incorporates an encased power supply and a fully focused Lighthouse irradiator to deliver the required UV cure energy for a variety of small area applications.

Incorporating a 3/4 reflector, dual end reflectors, plus reflectors mounted inside the shutters (where applicable), the Lighthouse produces 20% more cure energy than standard reflector designs. With the addition of a v-shaped reflector positioned directly above the lamp, energy is redirected around the quartz tube and to the 3/4 reflector. Supported by a multi-rib network designed in CAD with a Light Ray tracing tool to ensure proper focus, the 3/4 reflector gathers all available energy and directs it onto the substrate's surface for optimal performance. Field evaluations have indicated 20% additional cure energy is being received at the substrate surface as compared to competitive systems.

By replacing the aluminum extrusion found in most UV lamp housings with the multi-rib network, the Lighthouse's air flow pattern permits unobstructed cooling throughout the housing. The Lighthouse's innovative v-shaped reflector is also supported in a manner to create an air channel along the inside of the reflector. As the air is directed along the reflector so as not to interfere with lamp performance, overall efficiency is maintained. Fan-blown air also flows along the outside of the reflector so both sides are cooled simultaneously. In addition, since energy which accumulates around the quartz tube turns into unwanted infrared, the redirection of trapped energy by the v-shaped reflector further dissipates heat within the housing.

The Lighthouse's universal lamp holders feature a swivel clamping system which accepts any lamp of any manufacture - ceramic or metal end fitting. This system also permits adjustment of lamp focus to ensure that any lamp can be placed in exact focus for optimal performance.

The Lighthouse's side panels, which secure the housing's reflector material in place, can be easily removed without tools. This allows yellowed, scratched or damaged reflector material to be removed and replaced in approximately 5 minutes. This quick changeover system minimizes downtime and encourages frequent replacement of reflector material so lamp efficiency is optimized. By maintaining optimum brilliance at all times, the operator can maximize performance by directing maximum lamp energy to the substrate surface.

18/01/2012 03:50