Metal RF Laser Engraving Machine

Designing Equipment to Meet Actual Production Goals

The Metal RF Laser Engraving Machine utilizes a 45W metal RF tube, servo motors, and a belt-drive mechanism for the precision cutting of film materials—such as heat press prints and lettering films—as well as the processing of patterns and logos.The machine has an effective stroke of 870 mm and a maximum cutting thickness of 0.2–1.5 mm. It is equipped with a Teyu CW-5200 chiller for water cooling and features a 550W fume extraction motor.with a total power of 2000W, an operating voltage of AC 220V / 50Hz, dimensions of 790×1480×1150mm, and a weight not exceeding 170 kg.The control system uses TaiZhi, and the user interface supports nine languages: Simplified Chinese, English, Traditional Chinese, Korean, Russian, Italian, Spanish, Portuguese, and Vietnamese.

Equipment Advantages

1. Metal RF tube with stable power output:A metal RF tube is used as the laser source, delivering 45W of laser power. Compared to standard glass laser tubes, it offers more stable power output and is suitable for film material cutting processes requiring long periods of continuous operation.
2. Servo Motors with Belt Drive:Servo motors are used for drive, combined with a belt drive system, ensuring smooth motion and rapid response, which helps maintain cutting precision and consistency during prolonged operation.
3. 870 mm Effective Stroke:With an effective stroke of 870 mm, the machine meets the continuous cutting needs for standard-size heat press films, lettering films, and roll-fed film materials.
4. Precision Cutting, Compatible with a Wide Range of Films:With a maximum cutting thickness of 0.2–1.5 mm, this machine is suitable for precision cutting of heat press and lettering films and can process a variety of materials, including PVC, TPU, PU, flocked films, silicone films, reflective films, glow-in-the-dark films, and holographic films.
5. Water Cooling with Teyu Chiller:Utilizes a water-cooling system equipped with a Teyu CW-5200 chiller to stably control the laser’s operating temperature, making it suitable for prolonged continuous operation in a workshop environment.
6. Fume and Waste Removal Design:Equipped with a 550W fume extraction motor and a scroll fan to promptly remove processing fumes; a collection bag is located beneath the machine frame to conveniently collect cut waste and finished products, reducing the need for manual cleanup.
7. Clear Configuration of Core Components:The system uses a TaiZhi control system and is equipped with core components such as servo motors, proximity switches, air pumps, vortex fans, Teyu chillers, and metal RF tubes, facilitating future maintenance and spare part replacement.
8. Nine-Language Interface:The operating interface supports Simplified Chinese, English, Traditional Chinese, Korean, Russian, Italian, Spanish, Portuguese, and Vietnamese, making it suitable for operators both domestically and internationally, and facilitating the delivery of exported equipment.

Applicable Industries and Use Cases

This machine is suitable for the apparel and accessories industry and can be used for the processing of personalized patterns and logos on products such as sportswear, children’s clothing, footwear, hats, and luggage, as well as for the precision cutting of heat press films and lettering films.Processable materials include PVC, TPU, PU, flocked film, silicone film, reflective film, glow-in-the-dark film, and laser film, among others.With its high precision, high flexibility, low cost, and broad adaptability, the laser film engraving machine has become the preferred equipment for film material processing across multiple industries. It enables precise cutting of heat press and lettering films, and offers convenient processing of designs and logos as well as waste removal, balancing both quality and efficiency.Before mass production, it is recommended to perform test cuts using the actual film material to verify the power, speed, and cutting depth parameters.

Technical Specifications

Key Specifications

Note:The above specifications are for reference based on standard configurations. Laser power, effective stroke, maximum cutting thickness, and the brands and configurations of core components may be adjusted based on actual materials and custom solutions. Final specifications are subject to technical confirmation and the contract.

Operating and Safety Instructions

Since the equipment uses a laser for cutting and engraving, it is strictly prohibited to open the protective cover to observe the processing area during operation. You must verify that the protective cover, viewing window, interlock devices, and emergency stop button are in proper working order, and wear laser safety goggles suitable for the operating wavelength.Processing materials such as PVC, TPU, flocked materials, and reflective film may generate fumes and odors. Keep the exhaust system and vortex fan operating normally, and ensure the workshop is well-ventilated; exhaust ducts and filters must be cleaned regularly to prevent fumes from escaping due to poor exhaust flow.The water-cooling system should be inspected regularly for water level, temperature, and pipe seals to prevent insufficient cooling, which can lead to laser power degradation or component damage. The equipment operates at 220 V AC / 50 Hz and must be reliably grounded; workshops with significant voltage fluctuations are advised to install a voltage stabilizer.After replacing the film material or adjusting parameters, perform a test cut on a sample piece first to verify the cut-through quality and edge condition before proceeding to mass production; keep the lens, guide rails, and control panel clean on a daily basis, and perform maintenance and servicing as specified in the manual; the laser optical path should be maintained by qualified personnel.

Selection Recommendations

When selecting a model, first confirm the type and thickness of the film material: for conventional materials such as heat press film, lettering film, flocked film, and silicone film, this machine’s cutting thickness range of 0.2–1.5 mm is sufficient;if the film material has a unique structure or requires continuous roll-to-roll processing, verify that the 870 mm effective stroke is compatible with the material feed method.Regarding processing requirements, the combination of a metal RF tube with a servo motor and belt drive is suitable for orders requiring long-term stable operation and precise pattern cutting; if processing primarily involves patterns, logos, and small-scale imposition, focus on the control system’s ease of layout and waste removal.Additionally, verify the workshop’s power supply, ventilation and fume extraction conditions, chiller placement, and feed space for coiled materials; for export customers, the nine-language interface can reduce operator training costs.

Scope of Application

Metal RF Laser Engraving Machines are suitable for the apparel and accessories industry, where they can be used for personalized pattern and logo processing on products such as sportswear, children’s clothing, footwear, hats, and luggage, as well as for the precise cutting of heat press films and lettering films.Processable film materials include PVC, TPU, PU, flocked film, silicone film, reflective film, glow-in-the-dark film, and holographic film.High precision, high flexibility, and low processing costs make it suitable for film material processing scenarios involving a wide variety of products and flexible batch sizes, as well as for use as supporting processing equipment on apparel accessories and logo production lines.

To confirm the laser power, effective stroke, cutting thickness, and core component configurations of the Metal RF Laser Engraving Machine, please refer tothe Laser Marking Machine product category, or viewthe Automatic Waste-removal Laser Engraving Machine and Super Laser Marking and Engraving Machine. Youmay alsocontact usfor model selection advice, film material test cuts, and quotation proposals.