Custom & Replacement Infrared Heating Lamps for Industrial Equipment
Young Light Technology manufactures short-wave, twin-tube, carbon and custom quartz infrared lamps for industrial heating, machine maintenance and OEM replacement projects. Start from a part number, machine model, drawing, photograph or old lamp sample.
Industrial Infrared Lamps Built Around Your Equipment
From fast-response short-wave emitters to twin-tube, carbon and special-shaped infrared lamps, each construction can be reviewed according to the heating process, machine dimensions and electrical specification.
Short-Wave Infrared Lamps
Quartz halogen emitters for rapid process heating, PET preform ovens, plastics and applications requiring responsive high-intensity heating.
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Twin-Tube Infrared Lamps
Robust twin-tube quartz constructions for printing dryers, industrial heating systems, longer lamp formats and machine-specific replacement projects.
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Carbon Infrared Lamps
Responsive carbon-element infrared emitters for selected drying, coating, plastic, textile and industrial heating applications.
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Replacement Infrared Lamps
Independently manufactured replacement lamps matched from part numbers, equipment models, drawings, photographs or original lamp samples.
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Special-Shaped Infrared Lamps
U-shaped, curved, circular, spiral and custom geometries for non-standard heating areas, machine layouts and thermal processes.
Explore custom shapes →
Quartz Glass Components
Clear fused quartz tubes, plates and selected custom quartz components for infrared heating, thermal and industrial applications.
Explore quartz glass →Match the Infrared Lamp to the Heating Process
Infrared emitter selection should follow the material, heating objective, production speed, installation space and equipment requirements rather than wattage alone.
PET Bottle Blowing
Short-wave reflector lamps for controlled PET preform heating, replacement projects and bottle blowing machine ovens.
Explore PET heating → APPLICATION 02Printing & Drying
Single-tube, twin-tube and custom infrared emitters for printing presses, ink drying and industrial dryer systems.
Explore printing & drying → APPLICATION 03Paint & Coating
Infrared heating for paint drying, coating bake processes, adhesives, finishing lines and thermal curing equipment.
Explore paint & coating → APPLICATION 04Textile Processing
Infrared heating for textile printing, moisture removal, coating, drying and continuous fabric-processing equipment.
Explore textile heating → APPLICATION 05Plastic Processing
Infrared energy for thermoforming, softening, preheating, laminating and controlled plastic-heating processes.
Explore plastic processing → APPLICATION 06Industrial Heating
Custom infrared emitters for ovens, dryers, machinery, test equipment and non-standard industrial thermal systems.
Explore industrial heating →
Replace the Installed Lamp, Not Just the Voltage and Wattage
A reliable replacement should match the electrical rating, physical dimensions, heated area, reflector direction, quartz construction and end connections of the installed lamp. Young Light supports replacement projects for printing, PET bottle blowing, drying and industrial heating equipment.
- Search or cross-reference by original part number
- Start from Heidelberg, Sidel, Krones and other machine references
- Match overall length, heated length, quartz profile and reflector
- Review ceramic ends, terminals, lead wires and mounting details
- Prototype quantities available for fitting and machine evaluation
From Confirmed Specification to Finished Infrared Lamp
Industrial infrared lamps are precision components. Before production begins, voltage, wattage, total length, heated length, quartz construction, reflector direction, terminal configuration and installation requirements should be confirmed.
Review electrical data, dimensions, heating zones, machine details and replacement references.
Lamp construction is prepared according to the required tube type, heated area and project design.
Reflector coverage, ceramic fittings, terminals and lead-wire arrangements are matched to the project.
Finished lamps are checked against the confirmed specification and packed for international shipment.
Typical Infrared Lamp Customization Options
The table below is a project guide rather than a fixed catalogue. Final construction is confirmed according to the application, original lamp or customer specification.
| Parameter | Typical Options | What to Confirm |
|---|---|---|
| Lamp Construction | Single tube, twin tube, carbon, special-shaped and application-specific constructions | Machine layout, heating objective, mounting space and required mechanical stability |
| Electrical Specification | Project-specific voltage, wattage and electrical configuration | Original lamp marking, machine supply, drawing or confirmed equipment data |
| Dimensions | Overall length, heated length, tube diameter, twin-tube cross-section and cold ends | Measure the original lamp or provide an equipment drawing when available |
| Reflector | Clear, gold, white, ruby and selected reflector configurations | Reflector direction, coverage, original lamp construction and heated target |
| End Connections | Ceramic caps, metal contacts, terminals, lead wires, clips and custom fittings | Clear photographs of both lamp ends, cable lengths and terminal details |
| Replacement Reference | Part number, machine model, drawing, photograph or old physical lamp | Send as much existing information as possible; missing dimensions can then be identified |
Practical Information for Selecting and Replacing Infrared Lamps
Use our technical resources to identify replacement lamps, compare emitter constructions and prepare the information required for a faster quotation.
Search Infrared Lamp Part Numbers
Search replacement references by part number, voltage, wattage, overall length and machine application.
Search the model index →Choose the Right Infrared Lamp Construction
Understand how wavelength family, tube construction, reflector and heating response relate to the application.
View technical guides →How Infrared Lamps Are Manufactured
See how specification review, lamp construction, connections, inspection and packing fit into production.
View manufacturing →Match the Emitter to the Industrial Process
Compare PET preform heating, printing, coating, textiles, plastics and industrial heating applications.
Explore applications →Request a Technical Review & Factory Quotation
You do not need a complete drawing to start. Send the information currently available and we can identify which additional dimensions or technical details are required before quotation or production.
Common Questions About Custom & Replacement Infrared Lamps
Start with the information you already have. A complete engineering drawing is not always required for the initial review.
Is Young Light Technology a direct infrared lamp manufacturer?
Yes. Young Light Technology manufactures custom and replacement infrared heating lamps for industrial equipment and process-heating applications. Our product range includes short-wave, twin-tube, carbon and special-shaped infrared emitters, as well as machine-specific replacement lamps.
Can you manufacture a replacement from an old lamp or photograph?
Yes. An old lamp is one of the most useful references. Clear photographs of the complete lamp, both ends, printed markings and measured dimensions can also be used for initial evaluation. Additional measurements may be requested before production.
What information is required for an infrared lamp quotation?
When available, provide voltage, wattage, overall length, heated length, tube diameter or twin-tube cross-section, reflector type, end fittings, lead-wire length, machine model, part number and required quantity.
Can I order a small quantity for machine testing?
Prototype and small-quantity production can be discussed for custom and replacement projects before larger repeat orders. The appropriate sample quantity depends on lamp construction and project requirements.
Can reflector coatings and end fittings be customized?
Yes. Reflector type and coverage, ceramic ends, metal contacts, lead wires, terminals and mounting details can be reviewed according to the confirmed lamp construction and equipment requirements.
Do I need the original OEM part number?
No. A part number is helpful, but replacement evaluation can also start from a machine model, drawing, measured dimensions, clear photographs or an old physical lamp. Final specifications should be confirmed before production.