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SOSCLEANROOM  |  USHIO BROCHURES & ENGINEERING REFERENCES

Ushio Lamps, Photonics & Technical Literature—Connected to the Exact Products.

Explore Ushio manufacturer catalogs, UV/IR and short-arc lamp technologies, semiconductor and photolithography sources, precision heating, safety documentation, and exact SOSCleanroom product listings. Built for engineers, maintenance teams, quality groups and B2B purchasing.

Open Ushio literature ↓Shop direct product links ↓

Start here

Choose the Ushio document before selecting a replacement lamp.

This page is a manufacturer-literature hub and practical sourcing guide for Ushio UV, IR, xenon, mercury short-arc, halogen and specialty photonics. It connects manufacturer documents to specific SOSCleanroom listings and related buying resources. Lamp selection begins with the installed equipment and manufacturer part number—not an approximate wattage or a generic lamp-family name.

01 · Document

Identify the actual Ushio family

Start with the model name, manufacturer ordering number, tool manual, lamp label and required operating mode.

02 · Verify

Match critical specifications

Check rated electrical input, connector and base, arc gap or filament geometry, cooling, burning position and optical output.

03 · Source

Open the exact product listing

Follow the linked SOSCleanroom model page; review availability and the current manufacturer documentation before approving an order.

04 · Control

Document the replacement

Keep the approved SKU, relevant datasheet revision, installation record and any quality-system change control together.

Essential distinction

A literature reference is not proof of interchangeability. Similar wattages, bases or trade names can conceal different arc geometry, electrodes, fills, thermal loads or optical performance. The tool manufacturer and latest Ushio documentation control the approved replacement.

Decision matrix

Which type of Ushio light source fits the job?

Application or equipment Typical Ushio literature family What matters most Where to look
Microscopy / analytical UV-visible Short-arc mercury (USH), xenon (UXL), EmArc Lamp envelope, arc gap, optical alignment, power supply, housing Short-arc selection
Photolithography / exposure equipment Tool-approved mercury, UV or other exposure source Spectral band, intensity/dose stability, arc/filament geometry, optics and certified tool configuration Semiconductor guide
Wafer processing / semiconductor heating QIH quartz infrared and specialty halogen Voltage, terminals, heat distribution, mechanical geometry and thermal control IR / reactor options
Graphic arts, ink and coatings UV exposure / curing; QIH heating; specialty lamps Target wavelength, irradiance, dose, heat, substrate response Process UV
UV-C / germicidal equipment Low-pressure mercury, excimer or UV module as specified Enclosure, operator exposure, wavelength, validated dose UV-C controls
Electrical power and drivers SMARTARC/HBX systems where specified Lamp-driver match, ignition and operating mode Power supplies

This is a navigation aid, not a list of universally compatible replacements. A listed source family must still be verified for the installed machine.

Manufacturer document library

Official Ushio brochures, technical references and safety publications.

These destinations originate from the Ushio America catalogs and data sheets resource. Direct document links are useful for engineering reference, but the current manufacturer directory and exact product record should be checked for updated revisions. Some PDFs are large or may require a separate download.

Manufacturer resource Intended use Documentation status
Official catalogs & data sheets Primary current manufacturer document directory; individual PDF revision should be confirmed. Manufacturer-hosted reference · verify edition
UV/IR technical lamp references Manufacturer terminology, safety overview and glossary; verify edition. Manufacturer-hosted reference · verify edition
UV/IR ultraviolet lamp selection Manufacturer UV family overview; not an approval for any application. Manufacturer-hosted reference · verify edition
UV/IR excimer & XEFL Excimer family background; system-level validation required. Manufacturer-hosted reference · verify edition
UV/IR QIH heater lamps Quartz infrared configurations and nominal characteristics. Manufacturer-hosted reference · verify edition
QIH full heater catalog Heating application and detailed lamp family information. Manufacturer-hosted reference · verify edition
QIH safety & handling Hot lamp, electrical, fragile quartz and handling precautions. Manufacturer-hosted reference · verify edition
PAV lamp safety & handling Short-arc and specialized lamp hazards; review the applicable lamp instructions. Manufacturer-hosted reference · verify edition
Graphic arts lamps brochure Printing/graphic arts lamp technologies; verify version. Manufacturer-hosted reference · verify edition
172 nm excimer overview Manufacturer product overview; does not establish system-level exposure safety. Manufacturer-hosted reference · verify edition

Document access and revision control

The older PAV xenon short-arc catalog link currently exposed from the manufacturer index did not resolve in our review, so it is not reproduced here as an active download. Begin instead at the official Ushio document directory and request a current part-specific sheet where needed.

Technical education

Understand optical and electrical terms before buying.

Term What to check Why it matters
Radiant power / radiometric output Optical watts or watts/nm under defined conditions Affect exposure or measurement performance; not the same as lamp electrical watts.
Irradiance Power received per unit area at a defined plane Impacts substrate exposure and process repeatability.
Spectral distribution Emission versus wavelength; filter/optic transmission Determines whether the source matches photoresist, fluorescence or other wavelength-dependent needs.
Arc gap / focal geometry Position and physical extent of the source Can affect collector coupling and alignment; two same-watt sources may differ.
Power supply / ignitor Starting requirements, steady-state control and compatible ballast Incompatible supplies may cause failure, instability or hazards.
Average/rated life Definition, test conditions and end-of-life criteria Does not guarantee unchanged output or a universal replacement interval.
MOL / base / leads Maximum overall length, lead or socket configuration Mechanical and electrical mismatches can prevent safe installation.
Burning position / cooling Mounting orientation and airflow or forced cooling Essential for thermal management, arc position and manufacturer-approved operation.

For process-control applications, distinguish electrical power from light delivered to the work surface. A lamp can illuminate while its usable spectral irradiance, uniformity or output stability no longer meets a facility’s limits.

Short-arc technology

Mercury, xenon and enhanced metal arc lamps are different optical systems.

Mercury short arc

USH series

Concentrated discharge used for selected UV-visible microscopy, analytical and optical systems. Check exact type, arc geometry, housing, operating position and mercury safety.

Xenon short arc

UXL series

Broadband xenon source families for equipment-specific optical tasks. Require compatible power supplies and suitably rated enclosures and cooling.

Enhanced metal arc

EmArc / SMR

Specialized arc technology whose performance and driving requirements must be checked by exact model; do not assume it can replace mercury or xenon models.

System components

Power supply and optics

Lamp, ignitor/driver, reflector, filter, housing and thermal controls form a system; changing one component can affect performance.
Exact SOSCleanroom model Listed family Selection note
USH200DP 200W short-arc mercury Confirm OEM geometry, mounting and supply; not interchangeable solely by wattage.
USH205DP 200W short-arc mercury A distinct model from USH200DP; compare exact part number and approved instrument.
USH350DS 350W short-arc mercury Compare arc dimensions, operation and mechanical orientation.
USH350DP 350W short-arc DC source SOS storefront descriptions disagree on mercury versus mercury-xenon classification. Verify official lamp type.
USH508SA 500W short-arc mercury Confirm power-control mode, cooling and burning position.
UXL-S75MA 75W short-arc xenon A xenon lamp candidate; confirm arc coupling and supply compatibility.
UXL-S150MO 150W short-arc xenon Different model and mechanics from UXL-150S; verify fixture requirements.
UXL-150S 150W short-arc xenon Do not substitute for other 150W xenon designs without review.
SMR-200D1 200W EmArc enhanced metal arc Requires matched supply and appropriate luminaire design.
HBX-76 Electronic short-arc power supply Confirm exact lamp/supply pairing against the manufacturer compatibility list.

USH350DP catalog discrepancy

The SOSCleanroom USH350DP title uses “mercury xenon,” while LampTech’s product listing uses “mercury.” We intentionally identify it here as a 350W short-arc source until the correct Ushio model-level documentation resolves the fill type. Neither a description nor a cross-reference alone establishes compatibility.

Semiconductor & photolithography

Photolithography and semiconductor illumination require tool-specific qualification.

In exposure and metrology tools, the light source participates directly in process control. The required lamp is defined by the complete optical system—illumination module, reflector, filtration, power regulation, exposure control, alignment and equipment-specific mechanical geometry. A replacement with the same power rating can still alter dose, throughput, uniformity or qualification status.

Exposure band

Spectral match

Historical mercury-line photolithography may use g-line (436 nm), h-line (405 nm) or i-line (365 nm). These are process-dependent examples, not claims that every listed Ushio lamp is suitable for a stepper.

Source location

Arc or filament placement

Compare focus, arc gap, filament orientation and physical location relative to the condenser or reflector; mechanical fit is not proof of optical equivalence.

Process control

Dose and stability

Qualify relevant radiometry, aging and output stability under the actual equipment manufacturer procedure.

Manufacturing continuity

Revision and spares

Record tool model, installed source, manufacturer ordering code, approved revision, spares and requalification triggers.

For more detailed background from SOSCleanroom’s semiconductor-lighting experience, see Photolithography & Stepper Lamp Technical Article and Semiconductor Lighting Selection.

SOSCleanroom semiconductor candidate Use-case category Qualification caution
QIH240-1000/ZD IR heating / process Evaluate reflector configuration, voltage, terminals, length and mounting.
QIH240-1600/S Process thermal equipment Dedicated equipment fit is essential; do not generalize from wattage.
QIH480-6000ASM Semiconductor process heating Used in OEM-specific heating systems; verify revision and tool configuration.
JCV120V-1000WBH/H Semiconductor / optical Confirm equipment socket, voltage and thermal constraints.
JCV120V-1000WBM/XX Semiconductor / optical Similar names can identify different variants; use full model suffix.

Do not infer stepper compatibility

These product links are catalog pathways only. No Ushio model on this page is claimed to fit a specific stepper or semiconductor tool unless the current OEM and Ushio documentation establish that fit.

Infrared & reactor lamps

Quartz infrared heating is a thermal process-control decision.

Ushio QIH lamps are used across controlled heating, drying and industrial thermal processes. Matching only power can be misleading: terminal style, filament length, reflector coating, heating pattern and operating orientation can all matter. For semiconductor reactors, tool and chamber configuration must be confirmed with the OEM and purchasing record.

Heating profile

Energy delivered

Check target heating uniformity, time-to-temperature and the equipment controller—not merely nominal lamp wattage.

Lamp geometry

MOL and lighted length

Match installed dimensions, support points, terminals and specified reflector orientation.

Thermal safety

Cooling and enclosure

High temperatures and fragile quartz require manufacturer-approved fixtures, guarding and service procedures.
Direct product Application grouping Important check
QIH240-1000/ZD IR heating / process Evaluate reflector configuration, voltage, terminals, length and mounting.
QIH240-1600/S Process thermal equipment Dedicated equipment fit is essential; do not generalize from wattage.
QIH480-6000ASM Semiconductor process heating Used in OEM-specific heating systems; verify revision and tool configuration.

UV curing, printing & excimer

Select by process wavelength, dose and actual exposure geometry.

Graphic arts, UV-curing, surface treatment and advanced processing require different irradiation systems. A brochure can identify a lamp family, but cannot determine the exposure dose, surface result or material compatibility for an installed process. Review the Ushio Graphic Arts lamps brochure, UV lamp family reference and excimer literature.

Process variable Engineering question Record in qualification
Wavelength and filters Is the delivered band appropriate for the chemistry, detector or surface? Spectral source, optics and transmission.
Irradiance and exposure Is delivered power/dose controlled and measured at the process plane? Radiometer, spatial uniformity and exposure recipe.
Thermal effects Could heating damage inks, optics, polymers or substrates? Thermal limits, cooling and substrate response.
Aging and replacement What output loss or instability triggers intervention? Baseline, trending, change interval and verification.
Operator control How are UV exposure, ozone or other hazards addressed? Guarding, interlocks and safety assessment.

Industrial printing cleaning and maintenance recommendations are addressed separately in SOSCleanroom’s Printing Industry Guide.

UV-C and disinfection

UV-C output does not automatically establish validated microbial control.

A low-pressure UV lamp or an excimer-based module can be part of an engineered disinfection process. Efficacy depends on wavelength, irradiance, delivered dose, exposure geometry, soil/shadowing and the organism or performance target. Avoid claims that a lamp makes a room, product or surface “sterile” without an appropriate validated process.

Personnel exposure

Prevent unintended radiation

UV-C can injure eyes and skin. Follow equipment guarding, interlocks, authorized maintenance and exposure-control procedures.

Exact application

Match source and equipment

Different germicidal technologies and lamp dimensions are not interchangeable, even if their output is described broadly as UV-C.

Halogen & general specialty

Long-life lamp variants and electrical suffixes must be matched exactly.

Halogen and specialty incandescent lamps may appear simpler than arc sources, but small changes in envelope, filament height, socket, reflector and voltage can change optical performance, temperature and safety. In precise imaging or semiconductor applications, the complete part number—including suffixes—belongs in the approved-parts list.

SOSCleanroom model Catalog description Review before replacing
JCV120V-1000WBH/H Long-life FEL-type halogen Confirm equipment socket, voltage and thermal constraints.
JCV120V-1000WBM/XX Long-life FEL-type halogen Similar names can identify different variants; use full model suffix.
JCV120V-750WBH1 750W halogen Match lamp geometry, operating voltage and rated fixture limits.
JCD120V-800WC 800W halogen Match exact base and operating envelope.
JCD120V-300WC 300W halogen Not equivalent to a different socket or reflector design.
J120V-1000WB 1000W halogen Specific shape and fixture requirements must be checked.

Quartz handling

Manufacturer handling literature cautions against touching hot lamps and depositing skin oils on susceptible quartz envelopes. Use the approved equipment service procedure, PPE and cleaning method; never clean or replace energized lamps.

Compatible electronics

Short-arc lamps need the right power supply and ignition controls.

A high-pressure arc lamp is not operated like a conventional line-voltage light bulb. Confirm the ignition requirements, stabilized current or power range, electrical protection, enclosure/interlocks and thermal design for the specific lamp–supply combination.

Critical check

Never pair by wattage alone

A similar power rating does not establish correct ignition behavior, arc stability or electrical safety.

Documentation

Reference product sheets

Ushio’s catalog / datasheet portal includes SMARTARC product literature; confirm the exact model and revision.

Inspection

Verify after replacement

Facility procedures should address output stabilization, alignment and restoration of the approved machine state.

Shop exact SOSCleanroom models

Direct links to current SOSCleanroom product pages.

These are live catalog destinations checked during the October 28, 2026 page review. They are not generic search links or blanket compatibility recommendations. Always verify current listing details, stock, edition and technical specifications at the point of purchase.

For the complete brand assortment, visit Ushio brand catalog or Semiconductor lighting category. Prices and availability are intentionally not duplicated here because they can change.

SOSCleanroom and LampTech

Use the appropriate storefront without assuming shared checkout or availability.

SOSCleanroom is the principal product destination for this technical library. LampTech’s Ushio catalog contains additional specialty-lighting listings and can help locate legacy lamp descriptions. The stores use separate pages and checkout systems; cross-site part numbers should still be compared to the manufacturer’s documentation.

Model or resource SOSCleanroom LampTech
USH200DP SOSCleanroom USH200DP LampTech USH200DP
Ushio brand selection SOSCleanroom Ushio brand LampTech Ushio brand
Specialty lighting navigation SOS Light Bulbs guide LampTech short-arc category

No automatic product equivalence

If catalog descriptions differ, use the current manufacturer’s documentation and the equipment OEM to establish the actual approved part. This is particularly important for high-pressure short-arc sources.

Lamp replacement checklist

A practical 12-point replacement and engineering-approval checklist.

Check Required documentation / action
01 · Tool identity Equipment manufacturer, tool model, serial/revision and lamp module.
02 · Installed lamp Photograph or record the full Ushio/other manufacturer model, ordering code and label.
03 · Electrical input Voltage, nominal wattage, ballast/driver, ignition and current/power requirements.
04 · Mechanical envelope Maximum overall length, diameter, leads, base, orientation and mount.
05 · Optical geometry Arc/filament location, gap, light-center length, reflector coupling and alignment.
06 · Spectral requirement Wavelength distribution and spectral tolerance for the task.
07 · Output requirement Required irradiance, uniformity, warm-up and stability at the process plane.
08 · Thermal management Cooling mode, airflow/water-cooling, temperature and duty cycle.
09 · Safety design Shielding, interlocks, operating pressure, UV/IR exposure and electrical procedures.
10 · Manufacturer revision Current Ushio sheet; note when a catalog PDF is historical or undated.
11 · Change control OEM approval, alternate authorization, process qualification and installation record.
12 · Supply continuity Stock by model, annual demand, critical spare level and approved procurement route.

Use SOSCleanroom quote request to send the precise requirements rather than asking for a replacement based only on an informal description.

Operator and equipment safety

Apply controls appropriate to high-pressure discharge, UV, heat and electrical hazards.

High pressure

Arc lamps

Short-arc discharge lamps can present hot, high-pressure and breakage hazards. Follow manufacturer enclosure, transport, cooling and PPE instructions.

UV/IR radiation

Eye and skin exposure

Do not defeat interlocks or operate exposed sources. Perform an exposure assessment appropriate to the lamp and machine.

Electrical

Ignition and supply

Arc systems may involve hazardous operating and starting voltages. Service only after isolation by trained personnel.

Fragile glass

Handling and contamination

Prevent fingerprints, scratches, impacts and shock; follow lamp-specific quartz cleaning instructions and PPE.

Hazardous materials

Mercury-containing lamps

Follow applicable spill, hazardous waste and recycling processes; do not place mercury lamps into ordinary trash.

Heat load

Enclosures and cooling

Check clearances, cooling and hot-surface hazards. Let the lamp and housing cool as directed before handling.

Review the manufacturer QIH safety sheet and PAV lighting safety reference as appropriate, but use the exact model instructions and equipment manual for the actual procedure.

Maintenance diagnostics

Common symptoms should trigger an investigation, not an unqualified lamp change.

Observed condition Possible contributors Appropriate response
Reduced irradiance Lamp aging, dirty optics, filters, power regulation, misalignment Check calibrated output at defined conditions; isolate optics vs. source.
Unstable output Power supply, cooling, lamp aging, electrode condition Trend source behavior and test approved supply and cooling.
Failure to ignite Ignitor, interlock, lamp end of life, wrong part Follow OEM diagnostics; avoid repeated unqualified ignition attempts.
Uneven exposure Optical alignment, reflector, arc/filament position, contaminated optics Evaluate optical path and radiometric uniformity.
Premature failure Heat, airflow, cycling, handling contamination, over-voltage Investigate the actual service conditions and recorded replacement history.
Broken lamp or quartz damage Thermal/mechanical shock, handling or equipment fault Isolate equipment and follow the established safety response.

Failure investigation

A new lamp may temporarily hide an upstream fault. Record the before/after radiometry and the electrical, cooling and alignment checks rather than using a lamp substitution as the only troubleshooting action.

Engineering and quality documentation

Qualify exact models and preserve evidence for critical optical processes.

Document control

Manufacturer identity

Archive model, part number, datasheet revision, approved tool list and relevant safety instructions.

Receiving

Incoming checks

Inspect packaging and label; check supplier identity, damage and required traceability without handling fragile bulbs unnecessarily.

Installation

Authorized procedure

Record change date, tool, installed lamp ID, operator, cooling/ignition verification and outcome.

Operational release

Baseline performance

Where warranted, verify irradiance, stability, alignment, exposure uniformity and production qualification.

Trend

Lifetime and failures

Record operating hours, failures, light output and batch/process performance as relevant.

Alternate approval

No silent substitutions

Review chemistry, optical/electrical fit, shelf life, supply continuity and change-control requirements before substitution.

For a broader documentation framework, see the SOSCleanroom Technical Vault and SpecialtyOptical resources.

B2B procurement and RFQs

What to provide for fast, accurate lamp sourcing.

RFQ field Example of useful detail
Installed equipment Make/model, lamp module, serial or machine revision.
Exact lamp Ushio part number and full suffix, manufacturer order code, photo of label if available.
Intended use Microscopy / lithography / heating / UV curing / analytical / germicidal.
Duty cycle Hours/day, starts/day and planned replacement intervals.
Quantity and urgency Number required now, critical spare requirement, annual demand.
Data requirements Technical sheet, handling instructions, lot or traceability documentation when supplied.
Approved alternates Written alternate-part and qualification rules, if any.
Delivery Ship-to region, special handling and receiving constraints.

Use Quote Request Submission to start a sourcing request, or call 800-443-7101. SOSCleanroom assists with candidate sourcing and documentation; the customer’s OEM and engineering/quality system determine the final approved replacement.

Practical training scenarios

Use these cases in technician onboarding and SOP reviews.

Scenario A

Microscope UV output declines

Before selecting a new USH lamp, check lamp hours, filter condition, supply output, radiation measurement and OEM part number.

Scenario B

Two 350W lamp listings differ

Treat USH350DS and USH350DP as distinct until geometry, supply and approved documentation confirm the actual requirement.

Scenario C

Semiconductor IR lamp fails

Document chamber/tool model, filament geometry, terminals, cooling and approved QIH revision before ordering.

Scenario D

UV process undercures

Evaluate dose, chemistry, optics, aging, conveyor speed and machine settings—not lamp power alone.

Scenario E

Research xenon supply swap

Do not assume a 150W xenon replacement and its driver interchange with another 150W family.

Scenario F

Germicidal device repair

Use only its validated lamp specification and authorized service process; UV-C exposure must remain controlled.

Frequently asked questions

Answers for lamp buyers, maintenance teams and engineers.

Where can I find current Ushio brochures?

Begin with Ushio America’s official Catalogs & Data Sheets directory. Use a current model-level sheet for any controlled approval, since published family brochures can be older.

Why include brochures if I must also confirm a datasheet?

Brochures explain product families and terminology. Exact electrical, optical, mechanical and safety qualification requires model-level documentation.

Are USH200DP and USH205DP interchangeable?

No interchangeability is established here. They are distinct catalog model numbers; verify the specific OEM-approved lamp.

Is USH350DP a mercury or mercury-xenon lamp?

SOSCleanroom and LampTech descriptions differ. The guide does not resolve that conflict; use current Ushio documentation for the exact manufacturing code.

Is a mercury lamp the same as a xenon short-arc lamp?

No. They are different lamp technologies with potentially different spectral, electrical and optical characteristics.

Will any 150W xenon lamp fit my instrument?

No. Verify model, socket, enclosure, supply, arc geometry and other OEM requirements.

What is arc gap?

The distance between arc electrodes in the specified lamp geometry. It can affect optical coupling; use the manufacturer’s defined measurement and tolerances.

Does equal wattage mean equal UV output?

No. Electrical input does not establish the spectral irradiance delivered through a particular optical system.

Which Ushio lamp works in a semiconductor stepper?

The exact stepper/tool and optical module determine approved part compatibility. Consult the OEM and current lamp data; no general-purpose replacement is recommended.

What are g-line, h-line and i-line?

They are historical mercury spectral lines at approximately 436, 405 and 365 nm respectively, used in some lithographic applications. Their relevance depends on the tool and process.

Can I use a QIH heating lamp with another reactor?

Only after confirmation by the equipment manufacturer and engineering review. Physical, terminal, electrical, thermal and control differences can make seemingly similar lamps unsuitable.

Can I handle quartz lamps without gloves?

Follow the specific Ushio instructions. For applicable halogen/quartz envelopes, skin oils and handling damage can be harmful; use approved clean gloves and procedures.

Can a UV-C lamp make a room sterile?

Not by itself. Effective microbial control requires a validated dose, geometry and process plus required personnel exposure controls.

How do I choose an arc-lamp power supply?

Use the manufacturer’s exact compatibility and equipment/OEM requirements, including ignition characteristics and operating regime.

Why did you not link the PAV xenon short-arc PDF?

The referenced manufacturer file returned 404 during the October 2026 review. The official catalog directory is provided instead.

Do you display current prices or inventory in this guide?

No static prices are repeated; open the exact SOSCleanroom product destination for live listing details and availability.

Can LampTech and SOSCleanroom be used interchangeably at checkout?

They are separate storefronts. Use the relevant product link and checkout, and validate the identical manufacturer model before purchasing.

How does SOSCleanroom help with a discontinued source?

Provide the complete equipment and lamp identifiers and approved-alternate criteria for technical sourcing assistance. Availability and substitutions require confirmation.

What should a replacement inspection record contain?

At minimum the tool and lamp identity, model, technician, date, relevant safety checks, and performance/qualification evidence required by the facility.

Where should I send a purchase specification?

Use the SOSCleanroom Quote Request Submission page and include exact part numbers, equipment models, volumes and required documentation.

Source basis

Documentation, revision and qualification boundaries.

Research basis: the live SOSCleanroom Ushio brochure page, live SOSCleanroom Ushio/lighting product listings, the Ushio America Catalogs & Data Sheets directory and the manufacturer-hosted references linked above. The latter may not always be the newest edition; published manufacturer documentation should be rechecked before an engineering approval.

Primary source What is supported
Ushio America literature hub Document families, brochure categories and model-level datasheet access.
Ushio UV/IR technical reference Lamp terminology and technical reference background.
Ushio QIH catalog Infrared heating lamp families, dimensions and applications.
Ushio safety handling Selected lamp handling and thermal precautions.
SOSCleanroom Ushio brand page Available product-model destination pages; individual prices/inventory may change.
SOSCleanroom photolithography article SOSCleanroom application education and historical industry context.

Manufacturer specifications, OEM installation manuals, validated facility SOPs and applicable safety rules take precedence over educational summaries or generic cross-references. Product and document links were reviewed October 28, 2026.

SOSCLEANROOM  |  SPECIALTY PHOTONICS & LAMP SOURCING

Need the Correct Ushio Model? Start With the Equipment Details.

Send the lamp model and complete suffix, existing manufacturer ordering code, equipment model, electrical and optical requirements, operating environment, and quantities. SOSCleanroom can help locate the appropriate catalog product and sourcing documentation while your engineering team retains responsibility for final compatibility and process qualification.

Request a Technical Quote →Browse All Ushio Products →

Call 800-443-7101

Educational and product-selection scope: Reviewed October 28, 2026. This guide is not a substitute for manufacturer installation instructions, approved tool part lists, radiation exposure controls, electrical safety procedures, hazardous-waste requirements, process validation, or a written OEM interchangeability approval. Product descriptions, availability and documentation may change. No claim is made that all catalog lamps are cleanroom qualified or directly interchangeable.