Short-Wave Infrared Lamps
Fast-response quartz tungsten emitters engineered for PET bottle blowing ovens, rapid paint curing, and automated high-speed thermal machinery. Prototyping from 1 pc with 24-business-hour quote turnaround.
Instantaneous Thermal Output for High-Speed Automation
Short-wave infrared emitters utilize a coiled tungsten filament sealed inside a high-purity quartz envelope with a halogen gas fill. When energized, the filament reaches operating temperature within 1 to 2 seconds, delivering maximum energy concentration in the 0.8–1.4 µm near-infrared band.
This instantaneous response makes short-wave lamps the industry standard for machinery that requires synchronized stop-and-go cycles, precise PLC voltage regulation, or localized high-watt density heating without long oven preheating periods.
Whether you are building custom thermal modules or replacing burnt-out OEM lamps for Sidel, Krones, Heidelberg, or Heraeus systems, Young Light supplies direct drop-in units with 1:1 mechanical and electrical compatibility.
1-Second Thermal Ramp
Full power is reached in seconds, eliminating standby preheating and saving plant electricity.
High Watt Density
Delivers up to 80 W/cm of heated length for compact conveyor ovens and high-speed web lines.
Directional Reflection
Rear-applied 24K gold or white ceramic reflector directs up to 95% of radiation onto the target.
Flexible Terminals
Compatible with SK15 ceramic bases, flat metal clips, screw terminals, and high-temp PTFE leads.
Engineered for Rapid Production Cycles
Short-wave technology is ideal where energy efficiency, rapid heating response, and footprint reduction are critical.
Zero Preheating Loss
Instant radiation output means lamps can be synchronized with workpiece presence, turning off during conveyor pauses.
Deep Polymer Penetration
Short-wave spectrum penetrates through preform walls, ensuring uniform volumetric heating without surface scorching.
Precise Thyristor Control
Seamlessly modulates between 0% and 100% output with fast-cycling thyristor/SCR power controllers.
Compact Machinery Footprint
High radiation intensity allows machine builders to reduce drying tunnel lengths and machine footprints.
Short-Wave Quartz Lamp Variations
Select from standard tube profiles and electrical architectures to match your equipment mounting brackets.
Single-Tube Round Emitters
Compact quartz tubes (Ø10mm, 12mm, 19mm) fitted with SK15, R7s, or lead wires for PET blowing ovens and drying modules.
Twin-Tube High-Power Emitters
11×23mm and 15×33mm figures-of-eight quartz profiles for long drying spans (up to 3000mm) without center sagging.
View twin-tube lamps →
Directional Reflector Lamps
Rear 180° coating of 24K gold (up to 95% efficiency) or white ceramic, eliminating the need for bulky external reflector hoods.
Segmented Heated Zones
Independent filament segments within a single quartz tube to accommodate varying workpiece widths without wasting heat.
Custom Terminal Caps
High-temp ceramic end blocks, metal sleeve caps, faston pins, and silicone/PTFE insulated cables built to match socket layouts.
Replacement cap matching →
Bespoke Geometries
Circular, U-shaped, and curved halogen emitters engineered for localized heating of non-planar components and edge flanges.
View special-shaped lamps →Short-Wave Emitter Specifications
Standard engineering ranges manufactured by Young Light Technology. All parameters can be customized for OEM orders:
| Parameter | Standard Range / Capability | Customization Options | Engineering Notes |
|---|---|---|---|
| Wavelength Range | 0.8 – 1.4 µm (Peak output ~1.0–1.2 µm) | Color temperature from 2200K to 2600K | Near-infrared band for maximum penetration in polymers |
| Response Time | 1 – 2 Seconds from cold start to 100% output | Fast-switching filament design | No preheating time required; safe for line stoppages |
| Operating Voltage | 115 V, 230 V, 400 V, 480 V | Custom single-phase or three-phase configurations | Must match power controller and machine panel rating |
| Power Range | 200 W to 10,000 W | Power density up to 80 W/cm | Wattage matched to overall heated length and cooling airflow |
| Tube Dimensions | Single: Ø10, Ø12, Ø19 mm | Twin: 11×23, 15×33 mm | Lengths from 100 mm to 3,000 mm (±2mm tolerance) | Heavy-duty 15×33mm recommended for spans over 1,500 mm |
| Reflector Coating | 24K Gold Coated, White Ceramic, Clear Quartz | 180° rear coating or customized angular coverage | Gold: 95% efficiency (<600°C); Ceramic: for high-temp zones |
| End Fittings & Bases | SK15, R7s, flat metal tabs, ceramic blocks | Custom cable length with spade, ring, or pin terminals | High-temperature PTFE or pure nickel insulated leads |
| Burning Position | Horizontal (Standard) | Vertical (Universal design) | Internal filament supports for vertical mounting | Specify orientation to prevent filament sagging |
Optimize Optical Efficiency with Internal Reflectors
An internal reflector directly bonded to the quartz tube doubles the directional heat radiation toward the product while eliminating the need for expensive external stainless steel reflectors.
24K Gold Reflector (Highest Efficiency)
Directs up to 95% of infrared radiation forward. Ideal for clean industrial environments with operating temperatures below 600°C.
White Ceramic Reflector (High Heat Resistance)
Diffuse white ceramic coating offering ~75% reflection. Resistant to harsh temperatures above 800°C without risk of peeling.
Clear Quartz (360° Omnidirectional)
Uncoated quartz tube providing uniform 360-degree radial heat output, commonly paired with external parabolic reflector hoods.
Common Uses for Short-Wave Infrared Lamps
Short-wave radiation is the preferred heat source across high-speed packaging, printing, and automated curing lines:
PET Bottle Blowing Ovens
Rapid and uniform reheating of PET preforms for Sidel, Krones, SIPA, and Tech-Long bottle stretch-blow molding machines.
View PET heating lamps →Plastics Forming & Thermoforming
Fast softening of plastic sheets, edge trimming, plastic welding, and localized heating prior to vacuum forming.
View plastic processing →Fast Paint & Varnish Curing
Instant thermal drying for primers, powder coating gelation, automotive touch-ups, and heat-cured industrial adhesives.
View coating curing →High-Speed Conveyor Tunnels
Compact high-power heater arrays for paper drying, semiconductor wafer heating, and localized assembly preheating.
View industrial machinery →When to Choose Short-Wave Technology
Short-wave infrared is the ideal choice when your manufacturing process demands rapid cycle response, high heat concentration, or deep polymer penetration. For gradual bulk drying of heavy organic webs, medium-wave or carbon emitters may be more appropriate.
Compare Medium-Wave Lamps →Custom Design or 1:1 OEM Replacement
We support machine builders developing new heating ovens as well as maintenance engineers replacing burnt-out emitters.
Custom Emitters for Equipment Builders
Design your heating bank around exact product dimensions, conveyor speeds, and available panel voltage.
- Custom heated lengths and power ratings
- Single-piece prototype validation
- Optimized reflector angles and cable lengths
- Direct engineer-to-engineer communication
1:1 Cross-Reference for Existing Machines
Replace expensive European or American OEM lamps directly from our factory with guaranteed fit.
- Matched by part number, machine model, or old lamp
- Exact ceramic caps, terminals, and lead lengths
- Pre-shipment resistance and ignition check on every unit
- 100% transit breakage guarantee with wood crate packing
Request a 24-Hour Quotation
Send us your current lamp details or machine model. Our engineering team reviews specifications and provides pricing within 24 business hours.
All Young Light short-wave infrared lamps undergo strict pre-shipment quality control, including dimensional verification, filament alignment, cold resistance testing, and full-power ignition. We guarantee drop-in compatibility and safe export arrival.
Frequently Asked Questions
What makes short-wave infrared different from medium-wave?
Short-wave infrared operates at high filament temperatures (2200–2600K) and produces near-infrared radiation (0.8–1.4 µm). It heats up in 1–2 seconds and penetrates deeply into plastics and preforms. Medium-wave operates at lower temperatures (1400–1800K), heats in minutes, and is absorbed primarily on the surface.
Can you manufacture replacement lamps from a photo or old sample?
Yes. Send clear photos showing the complete lamp, both ceramic end caps, cable connections, and any printed text. For obsolete or unbranded lamps, you can mail us a physical sample for dimensional and electrical replication.
Why is gold reflector coating preferred over white ceramic for short-wave?
24K gold reflector provides the highest optical reflectivity (up to 95%) in the near-infrared band, delivering maximum directional heat. White ceramic offers ~75% reflectivity but is preferred in extreme ambient environments exceeding 600°C.
Are your short-wave lamps compatible with Sidel and Krones PET blow molding machines?
Yes. We supply 1:1 drop-in replacement short-wave halogen lamps with SK15 ceramic bases and high-purity quartz envelopes specifically matched to Sidel, Krones, Tech-Long, and SIPA stretch blow molding ovens.
Can I order a 1-piece prototype for testing before volume ordering?
Yes. We support trial sampling starting from 1 piece so you can test mechanical mounting, electrical resistance, and thermal performance directly on your machine before committing to production quantities.
How do you prevent breakage during international express shipping?
Every lamp is cushioned in thick custom EPE foam sleeves, encased in rigid inner protective cylinders, and shipped in reinforced wooden export crates. We provide a 100% replacement guarantee against any transit damage.