Rapyuta International Co.,Ltd Product Lineup

The "Musashi" SPL6025 model is a carbon dioxide laser processing machine that achieves high quality and low running costs. It is equipped with a self-manufactured laser oscillator that boasts excellent beam quality, reducing the consumption of assist gas (N2) by approximately 30% during SUS non-oxidative cutting (compared to our conventional models). It supports increased production efficiency through IoT. 【Features】 ■ Equipped with a self-manufactured laser oscillator that has excellent beam quality ■ Reduces assist gas consumption by approximately 60% (during SUS non-oxidative cutting) ■ Easy maintenance due to an open mirror structure ■ New push-and-pull mechanism improves dust collection efficiency by 30% (compared to our models) ■ Supports increased production efficiency through IoT (optional) *For more details, please refer to the PDF document or feel free to contact us.

This product is a machine that shapes pellets from discarded materials such as sawdust, straw, rice husks, and tree bark into fuel, fertilizer, and feed. Biomass pellets are a renewable energy source that can replace limited energy resources like coal, oil, and gas, offering advantages such as reducing CO2 emissions and saving energy. They are a highly efficient, clean, renewable energy source. Due to their ease of storage and transportation, they are widely used for applications ranging from home heating to power generation. Compact and affordable, this product is accessible to farmers as well.

You can trust us with cutting thick metal. This is a high-output laser cutting machine. 〇 Collision prevention design for the cutting head The collision prevention design prevents collisions. Customers can replace the collision prevention components themselves without having to change the cutting head. 〇 Temperature monitoring of the protective lens If dirt is found on the protective lens during operation, an alarm will sound, and the machine will stop immediately to prevent unnecessary damage such as burning of the head or lens. 〇 Air pressure monitoring during operation An alarm will sound immediately if there is insufficient air supply, the pressure is too low, or if there is unstable air pressure. 〇 Explosion-proof monitoring of the protective lens Real-time detection of stray light values of the protective lens, with an alarm to notify if the values exceed the standard. 〇 Gas pressure monitoring Real-time detection of gas pressure in the upper and lower protective lens cavities ensures stable production. 〇 Process monitoring If cutting cannot be performed during the cutting process, the machine will automatically cut back. 〇 Damage reduction During piercing, cutting occurs immediately after the hole is penetrated, reducing damage to the work table.

You can trust us with cutting thick metal. This is a medium-power laser cutting machine. 〇 Efficient Cooling Both the collimator lens and the focusing lens have a cooling structure, and additionally, the nozzle cooling air flow protects the nozzle and ceramic body, allowing for longer continuous use. 〇 High-Speed Focusing High-speed focus with fast movement speed and a wide focusing range. 〇 Multiple Protective Lenses The four protective lenses are designed to reduce contamination when replacing the optical fiber and lower protective lens, thereby extending the lifespan of the collimator and focusing lenses. 〇 Smart Monitoring The lower protective lens is equipped with temperature monitoring, allowing real-time temperature data to be displayed via a smartphone or computer. An alarm is triggered if the temperature exceeds safe levels, protecting the light path of the cutting head. 〇 Optimized Structure An integrated body design ensures airtightness. The improved QBH, QD, and G5 optical fiber interfaces enhance compatibility with the laser, eliminating blockages due to leaks or rust.

It has a compact design, but it can also process thick metals. 〇 Overall Cooling Balanced heat dissipation throughout the module allows for prolonged continuous cutting, extending the lens lifespan by 1.5 to 2 times. 〇 High Sealing Performance It achieves a dust protection rating of IP68, preventing dust intrusion and protecting the optical system. 〇 Delicate Structure A lightweight and compact automatic zero-edge cutting head recognized in the industry. 〇 Convenient Maintenance With a full mirror pull-out design, lenses can be replaced in 3 minutes, and the internal positive pressure design reduces lens contamination.

Bevel processing refers to the machining process of cutting the edges or end faces of a material at an angle. It is mainly used for edge treatment of pipes and wafers, chamfering, and preparing grooves. We offer three models depending on the size. We will propose the machine that best suits your production needs.

It is a fiber laser welding machine that can perform four functions: welding, cutting, cleaning, and cleaning of the weld bead, all in one machine.

Laser cleaning is a technology that uses high-energy laser beams to remove impurities such as dirt, oxide films, paint, rust, and oil from surfaces. It is gaining attention as a non-contact, chemical-free, precise, and environmentally friendly cleaning method. - Next-generation high-tech surface treatment - No consumables, no chemical reagents, no dust - Removes paint, dirt, rust, coatings, etc., without damage