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FMW 5940w
Yinfrared
Gold6200
YFR FMW twin tube IR emitters are fast medium wave infrared lamps designed for glass cutting, thermal separation, edge heating, glass scoring assistance, glass processing equipment, and customized infrared heating systems.
The twin tube quartz structure provides a stable mechanical form and concentrated heating line. The gold reflector coating helps direct more radiant energy toward the working side of the glass, making the emitter suitable for processes where localized and controlled line heating is required.
YFR can manufacture standard and customized FMW twin tube emitters according to lamp length, cross section, voltage, power, reflector coating, terminal design, lead wire, mounting method, and heating-zone configuration. Replacement and OEM versions can be produced based on original lamps, drawings, or equipment requirements.
| Item | Available Specification |
|---|---|
| Product Type | FMW twin tube IR emitter |
| Heating Type | Fast medium wave infrared |
| Tube Structure | Twin tube quartz infrared lamp |
| Reflector | Gold reflector coating |
| Model Example | FMW 5940W |
| Product Code | Gold6200 |
| Typical Application | Glass cutting, glass thermal separation, line heating, edge heating |
| Typical Size 1 | 34 × 15 × 3870 mm, 5900W, 500V |
| Typical Size 2 | 34 × 15 × 4720 mm, 5940W, 500V |
| Custom Example | 2080 mm, 400V, 6260W |
| Cross Section Example | 34 × 14 mm twin lamp structure |
| Heating-Zone Option | Single-zone or divided heating sections |
| Custom Options | Length, voltage, power, terminal, coating, lead wire, mounting design |
Glass cutting and glass thermal separation require controlled heating along a defined line or edge. A properly designed infrared emitter can heat a specific area of the glass surface without direct mechanical contact.
Fast medium wave infrared heating is suitable for applications where the process requires controlled surface heating, stable line heating, and adjustable power output. The twin tube structure helps create a more defined heating profile, while the gold reflector can improve heating direction toward the glass surface.
The final cutting or separation result depends on several process factors, including glass type, glass thickness, pre-scoring method, heating distance, lamp power, line speed, cooling method, temperature control, and mechanical handling. For this reason, YFR recommends confirming the lamp design based on the actual glass processing equipment and production conditions.
| Advantage | Practical Benefit |
|---|---|
| Fast medium wave heating | Suitable for controlled surface and line heating |
| Twin tube quartz structure | Supports stable heating geometry and compact installation |
| Gold reflector coating | Helps direct radiant heat toward the working side |
| Long lamp customization | Suitable for wide glass panels and processing lines |
| High-power custom design | Voltage and power can be matched to equipment requirements |
| Divided heating zones | Supports separate control of different heating sections |
| Replacement support | Can be produced according to original lamp samples or drawings |
| OEM project support | Suitable for glass equipment manufacturers and integrators |
| Application | Typical Use |
|---|---|
| Glass cutting assistance | Localized heating along a prepared cutting or scoring line |
| Glass thermal separation | Controlled thermal stress process for glass separation systems |
| Edge heating | Heating glass edges before separation or downstream processing |
| Display glass processing | Heating support for thin glass and panel processing equipment |
| Architectural glass processing | Long-line heating for large glass panels |
| Automotive glass processing | Heating support for laminated or curved glass production steps |
| Glass equipment retrofit | Replacement emitter for existing glass cutting or heating systems |
| Custom IR heating modules | Twin tube emitter integration into glass processing machines |
The gold reflector coating is used to direct radiant heat toward the target side of the emitter. For glass cutting and thermal separation applications, this is useful when the heating energy needs to be focused along a defined line instead of radiating equally in all directions.
| Reflector Option | Typical Purpose |
|---|---|
| Gold reflector coating | Directional heating toward the glass surface |
| Partial reflector coating | Heating direction adjusted according to machine layout |
| No reflector | Used when the machine already has an external reflector |
| Custom reflector design | Produced according to lamp position and heating profile |
The correct coating design should be selected according to lamp orientation, glass position, reflector housing, heating distance, and required heating width.
Some glass processing systems require one emitter to be divided into two or more heating sections. YFR can customize the emitter according to the required heating-zone arrangement.
| Heating-Zone Design | Description |
|---|---|
| Single heating zone | One continuous heating section along the lamp length |
| Two heating sections | Separate heating parts for different glass areas |
| Customized section length | Designed according to equipment layout |
| Independent terminals | Optional terminal design for separate control |
| Power distribution | Designed according to heating profile and process requirement |
For example, a long FMW twin tube emitter can be customized into divided heating sections when the equipment requires separate power control for different areas of the glass line.
YFR can manufacture FMW twin tube IR emitters according to original lamp samples, technical drawings, or machine requirements.
| Custom Item | Available Options |
|---|---|
| Lamp Length | 2080 mm, 3870 mm, 4720 mm, or customized |
| Cross Section | 34 × 15 mm, 34 × 14 mm, or customized twin tube design |
| Voltage | 400V, 500V, or customized |
| Power | 5900W, 5940W, 6260W, or customized |
| Heating Zone | Single-zone, two-zone, or customized divided heating sections |
| Reflector | Gold reflector, partial reflector, or customized coating |
| Terminal Type | Pin terminal, metal plate terminal, special connector, or custom terminal |
| Lead Wire | High-temperature cable or custom connection method |
| Mounting Method | According to lamp holder or machine structure |
| Packaging | Wooden case, reinforced export packaging, or OEM packaging |
FMW twin tube IR emitters can be integrated into glass cutting, glass thermal separation, glass edge heating, and custom glass heating systems.
A complete heating section may include:
FMW twin tube IR emitters.
Reflector housing or lamp frame.
Ceramic holders or terminal supports.
SCR power regulator.
PID temperature controller.
Infrared thermometer or thermocouple feedback.
Air cooling or protective structure when required.
PLC or HMI integration for line control.
Safety interlock and over-temperature protection.
For glass processing lines, power control and heating-zone control are important because the heating result is sensitive to glass thickness, line speed, lamp distance, and cooling method.
To select or replace an FMW twin tube IR emitter for glass cutting, please confirm the following information:
| Required Information | Example |
|---|---|
| Total lamp length | 3870 mm, 4720 mm, 2080 mm, or custom |
| Cross section | 34 × 15 mm or 34 × 14 mm |
| Voltage | 400V, 500V, or custom |
| Power | 5900W, 5940W, 6260W, or custom |
| Reflector coating | Gold reflector, partial coating, or no reflector |
| Heating-zone design | One section or divided sections |
| Terminal structure | Pin, plate, cable, or special terminal |
| Installation space | Lamp holder and machine frame details |
| Glass type | Float glass, laminated glass, display glass, automotive glass, etc. |
| Process condition | Heating distance, glass speed, cooling method, temperature control |
If the original lamp marking is unclear, send photos of the complete lamp, both terminal ends, cross section, and installation position. YFR can help check the replacement design.
YFR manufactures infrared emitters for glass processing, printing drying, coating, industrial heating, and OEM equipment applications. For FMW twin tube emitters, production focuses on tube dimension consistency, filament positioning, reflector coating, terminal assembly, electrical performance, and packaging protection.
Main inspection points include:
Twin tube quartz dimension inspection.
Heating element and support structure inspection.
Gold reflector coating appearance and coverage check.
Terminal and connection structure inspection.
Electrical resistance and power matching.
Insulation and safety inspection according to order requirements.
Visual inspection before packaging.
Reinforced packaging for long emitter shipment.
An FMW twin tube IR emitter is a fast medium wave infrared lamp with a twin quartz tube structure. It is used for controlled radiant heating in applications such as glass cutting, thermal separation, edge heating, printing drying, and industrial processing.
A gold reflector helps direct more radiant heat toward the glass surface. This is useful when the heating process requires a focused line or one-sided heating direction.
Yes. YFR can produce long FMW twin tube emitters, including examples such as 3870 mm and 4720 mm lamps, as well as customized lengths according to equipment requirements.
Yes. YFR can customize divided heating sections when the glass processing equipment requires separate control for different areas.
Yes. Please provide the original lamp photo, total length, cross section, voltage, power, reflector type, terminal structure, and installation details. YFR can check whether a replacement emitter can be produced.
No. While this page focuses on glass cutting and thermal separation, FMW twin tube emitters can also be used in other controlled line-heating applications depending on the process requirements.
