IR Fast Medium Wave (1500-2200K)
Products - Light Sources
Fast Medium Wave Infrared Heating Emitters
Fast medium wave (FMW) infrared heaters offer an excellent balance between rapid response and efficient heat transfer. They warm and cool quickly, enabling strong process control and minimizing energy loss during pauses. Their wavelength is particularly well absorbed by materials such as water and various plastics making them ideal for drying, forming, preheating, printing, coating, and textile applications.
Additionally, FMW emitters often provide a more uniform heat distribution compared to short-wave infrared, supporting stable product quality even in demanding processes.
Key Advantages of IR Fast Medium Wave (1500-2200K)
Efficient heat transfer into moisture-rich & plastic materials
High absorption efficiency improves heating performance.Quick heating & cooling
Supports precise temperature control and reduced energy waste.Stable & uniform heating pattern
Ideal for processes requiring consistent thermal distribution.Flexible integration
Available in single and twin tube versions for various system layouts.Industrial-grade durability
Designed for continuous, high-performance operation.
IR Fast Medium Wave (1500-2200K) from DR. FISCHER Europe
Key Facts of IR Fast Medium Wave
Fast medium wave emitters from DR. FISCHER are available with coil temperatures between 1700 K and 2100 K, with customizable dimensions to match specific machine requirements. Tube designs include twin and single options, ranging from 10 mm to 16 mm in diameter. Heating lengths reach up to 5000 mm for twin tubes and up to 1600 mm for single tubes. With power densities around 80 W/cm and maximum power above 20 kW (depending on size and voltage), these emitters deliver a strong and reliable thermal output for a broad temperature range.
Specifications of IR Fast Medium Wave
DR. FISCHER fast medium wave emitters are available in single or twin tube execution. Single tubes reach up to 1600 mm in length, while twin versions extend up to 5000 mm to support larger process zones. A maximum current of 20 A allows high-power operation, making them suitable for continuous industrial workloads where efficient and precise heating performance is essential.
Specifications
| Feature | Specification |
|---|---|
| Color temperature of the coil (K) | 1700 K – 2100 K |
| Tubes (section in mm) |
1) 33 × 15 (twin) 2) 23 × 11 (twin) Single tubes from 10 mm to 16 mm diameter |
| Heating length (mm) |
5000 mm (twin) 1600 mm (single) |
| Power density (W/cm) | 80 |
| Max length single tube (mm) | 1600 |
| Max length twin tube (mm) | 5000 |
| Max current (A) | 20 |
| Max power | Above 20 kW depending on length and voltage |
Typical Applications of IR Twin Lamps:
Drying and Curing
Fast and efficient curing of coatings, adhesives, inks, and varnishes in industrial processes.Plastic Forming and Shaping
Precise and uniform heating of thermoplastic materials for forming, bending, and welding applications.Food Industry Processes
Controlled infrared heating for baking, browning, drying, and sterilization in food production.Textile and Paper Industry
Rapid drying of inks, coatings, and finishes on textiles and paper surfaces.Electronics and Semiconductor Manufacturing
Targeted heating for bonding, soldering, and component processing with high accuracy.Surface Treatment and Coating
Enhanced curing and drying of paints, lacquers, and industrial coatings with minimized heat loss.
By leveraging the efficiency and flexibility of IR Twin Lamp technology, you can achieve faster process times, reduced energy costs, and reliable results across a wide range of industrial heating applications.
Selected Examples from Our IR Shortwave + NIR (2200-3200K)
STELA 17017CF 800W 240V
VITAE 14181Z 300W 120V
