IR Emitters
CLS IR EMITTERS :
What Are Infrared Emitters?
An infrared emitter is a precision-engineered component that radiates energy in the infrared portion of the electromagnetic spectrum, enabling controlled, contactless heat transfer. By harnessing specific wavelengths, typically between 0.75 µm and 10 µm, these emitters deliver targeted thermal energy to surfaces or materials, making them indispensable in industrial processes that demand speed, accuracy, and energy efficiency.
Why They’re Valuable in Industry
Infrared emitters play a transformative role in modern industry by enabling ultra-precise, contactless heating that adapts to material behavior in real time. Their ability to deliver focused thermal energy not only enhances process speed and energy efficiency but also reduces thermal stress, minimizes waste, and supports sustainable manufacturing practices. From accelerating production cycles to enabling smart automation, IR emitters are not just heaters; they’re enablers of next-generation industrial performance.
Key Features
- Zero-contact precision
- Energy-to-heat ratio
- Low-noise operation
- Consistent finish quality
- Non-contact heating
- Low maintenance
- Wide wavelength range
CLS Shortwave Infrared Lamps
The shortwave infrared emitter delivers intense heating performance and is especially suited for applications that demand rapid on/off cycling and immediate heat response.
- Precision heat targeting
- Adaptive wavelength range
- Long-cycle endurance
- Heat-on-demand
- Smart reflector pairing
- Instant-on reliability
- Compact filament core
- Process-specific tuning
- Integrated heat shielding
- Lightweight emitter body
- Custom length options
CLS Medium Wave Infrared Lamps
Medium Wave Infrared (MWIR) emitters radiate heat in the 2–4 µm wavelength range, ideal for surface heating and moisture evaporation. They offer moderate response times and are highly effective for materials like plastics, water, and solvents.
- Energy-focused output
- Reflector options available
- Custom tube design
- Moderate heat response
- Gentle heat profile
- Layer-safe penetration
- Twin-tube configuration
- Custom length options
CLS Fast Mediumwave Infrared Lamp
A Fast Medium Wave Infrared (Fast MWIR) lamp is a high-efficiency quartz emitter that operates in the 1.4 to 3.5 µm wavelength range, engineered for rapid thermal response—typically heating and cooling within 1 to 3 seconds. It combines the penetration depth of medium-wave radiation with the instant responsiveness of shortwave lamps, making it ideal for high-speed industrial drying, curing, and surface heating applications.
- Rapid thermal response
- High absorption efficiency
- Custom length options
- Horizontal/vertical mounting
- Mid-range wavelength
- Durable filament core
- Application-flexible design
CLS Special IR Emitters
CLS BLACK IR Emitter
CLS Black Lamp infrared lamps deliver rapid, energy-efficient medium-wave heat, ensuring precise surface-level heating across industries—boosting curing in automotive, enhancing textile embossing, improving coating drying, and supporting mold preheating in foundries.
- Unique range of CLS IR Emitters
- Long service life
- Versatile Emitter
- Wavelenth Rang 2.4 – 2.7 µm.
- Maximum power density
- Operating temperatures up to 1200°C
- Power densities up to 150w/cm
CLS Arch Emitter
An CLS ARCH IR lamp features a curved, horseshoe-like shape (Ω) that allows targeted heating in compact or contoured spaces. This geometry is especially useful for applications requiring uniform heat distribution around cylindrical or irregular surfaces.
- Power Range: 300W to 1800W
- Voltage: 100V to 300V
- Material: Quartz glass for optimal IR transmission and thermal shock resistance
- Wave Types: Available in short-wave and medium-wave variants
- Reflectors: Often paired with gold-coated reflectors to enhance directional heating
A ruby infrared lamp is a high-performance short-wave IR emitter encased in a ruby-tinted quartz envelope. This specialized coating filters out harsh visible light while allowing intense infrared radiation to pass through, making it ideal for targeted heating applications where both efficiency and visual comfort matter.
Technical Highlights
- Wavelength Range: Typically between 0.76 µm to 2.5 µm (short-wave IR spectrum)
- Response Time: Reaches full intensity in 1–3 seconds
- Efficiency: Converts over 85% of electrical energy into usable infrared heat
Industrial Applications
Ruby IR lamps are engineered for precision and speed in:
- Paint curing & powder coating
- PET preform heating
- Textile processing
- Electronics
- Food industry
