精工理化医療電機 Product Lineup

We would like to introduce our main machine and equipment, the flat plate and pipe combined fiber laser processing machine "ENSIS 3015RI 9KW." The ENSIS series, equipped with Amada's unique beam control technology, enables high-precision processing of pipes and structural steel using a rotary index (independent vertical and horizontal drive automatic center link main chuck), achieving high-precision and high-speed processing of pipes and structural steel. It can process all areas of flat plates as well as pipes and structural steel, and we have introduced a maximum output of 9kW. This provides an optimal environment for mixed and variable production, allowing us to deliver high-precision products quickly. 【Features】 ■ Cutting of stainless steel, aluminum, and iron is possible up to 25mm ■ Galvanized steel sheets and copper can be processed up to 12mm ■ Brass can be processed up to 18mm ■ Long materials such as pipes can be set up to 6m ■ Cutting speed is about twice as fast for thin materials (compared to FO) ■ Electricity costs are about 2/3, and nitrogen gas consumption is also reduced *For more details, please refer to the related links or feel free to contact us.

We would like to introduce our main machine and equipment, the handheld fiber laser welding machine "FLW-1500MT." It adopts an oscillator with a rated output of 1500W. By combining the high output of the oscillator with a wobbling mechanism, it achieves a wide range of welding capabilities, from "smooth welding unique to fiber lasers" to "focused, low-distortion welding with deep penetration" (for plate thickness t4.0/SUS aluminum). Additionally, compared to TIG welding, it significantly reduces burn and distortion, allowing for high-speed welding even with thicker plates. Moreover, with the addition of a filler device, it is possible to use welding rods, enabling build-up welding as well. 【Features】 ■ Wide range of welding capabilities ■ Improved welding speed ■ Wobbling mechanism ■ Work contact-type torch *For more details, please refer to the related links or feel free to contact us.

We would like to introduce our main machine and equipment, the FLW-1500MT dedicated collaborative robot "CR-700W." This collaborative robot has been developed specifically for the laser welding machine FLW-1500MT. It realizes the automation of welding tasks, reducing the operator's workload while enabling stable, high-quality welding even over long periods, thus contributing to improvements in productivity and processing quality. With the direct teaching function, the robot's motion program can be created intuitively, allowing for flexible responses to small-batch, varied production. 【Features】 ■ Collaborative robot developed specifically for the laser welding machine FLW-1500MT ■ Realizes automation of welding tasks ■ Enables stable, high-quality welding over long periods while reducing workload ■ Intuitive creation of the robot's motion program *For more details, please refer to the related links or feel free to contact us.

Introduction to the demonstration of pipe index laser processing and metal saw processing. In the processing of cutting a pipe with a thickness of 1.5mm and a diameter of 60.5mm into a width of 40mm, it was verified that while one cut is made with metal saw processing, the flying optics laser processing machine with a built-in pipe index can make 13 cuts. Furthermore, by adding Seiko Rika's technological capabilities, even complex and difficult pipe processing can be completed quickly and with high quality. 【Equipment Features】 ■ Manufacturer: Amada ■ Model: FO-3015NT + Shuttle Table With Pipe Index 1 ■ Specs: Maximum processing dimensions 3070×1550×200mm 4000w *For more details, please refer to the related links or feel free to contact us.

We would like to introduce our main machine and equipment, the vending machine "EGB-6013ARce." This equipment is an electric servo small item bending automation system, equipped with the new 4ie technology, making it easier and more efficient to use anywhere, while being environmentally friendly. By incorporating sensing functions, we have shortened the time required for launching new products, allowing for easy corrections. 【Features】 ■ AMNC 4ie control device: User-centered design enables intuitive operation ■ Tablet HMI: Portable, allowing for safe and reliable operation, easy confirmation of setup information, and schedule additions ■ VPSS 4ie ARBEND software: Digitizes the processing techniques of veteran operators, enabling the creation of bending processing programs in a short time *For more details, please refer to the related links or feel free to contact us.

At Seiko Precision Medical Electronics, we have introduced advanced fiber laser processing machines, significantly expanding the possibilities for pipe processing. Complex shape cutouts, precise mortise cuts, and angled cuts on round pipes, which were difficult with conventional processing, can now be done freely. Due to non-contact processing, even thin-walled pipes experience minimal distortion, achieving clean cutting edges without burrs. We accommodate various materials such as stainless steel (SUS), iron, and aluminum, responding quickly from single-item prototypes to mass production. By integrating pipe processing, sheet metal processing, and welding in-house, we can simultaneously improve assembly accuracy and reduce costs. We support your manufacturing with advanced laser technology. 【Features】 ■ Complex cutouts and drilling handled in a single process ■ High-quality cutting without distortion using non-contact lasers ■ Compatible with a variety of pipe materials including SUS, iron, and aluminum ■ Excellent collaboration with subsequent processes (welding) due to a consistent system For more details, please check by downloading the catalog.

In the processing of "square pipes," which are widely used in frame structures and platform manufacturing, our fiber laser processing machine demonstrates overwhelming superiority. With a single program, it can process multiple surfaces for hole drilling and complex cutouts for fitting, which would otherwise require labor-intensive manual work or drilling. As a result, the positioning accuracy during assembly is dramatically improved, achieving stable welding quality and reducing labor hours. It accommodates various square pipes such as stainless steel (SUS), iron, and aluminum. By infusing our can manufacturing know-how, which dates back to 1941, into advanced digital processing machines, we provide precise components quickly, exactly as per the drawings. From small-batch production of various types to complex frame projects, you can rely on our laser technology. 【Features】 ■ High precision through simultaneous hole drilling and cutting on multiple surfaces ■ Precise fitting cuts that facilitate assembly ■ High-quality laser cut surfaces that reduce deburring processes ■ Automatic nesting and high-speed processing that enable short delivery times For more details, please check "Download Catalog."

Seiko's fiber laser processing technology brings a revolution to the processing of angle materials (angle steel). It enables notches that span the corners of angles, fine hole drilling, and free-form cutting, which were difficult with conventional angle cutters and general-purpose machines. It accommodates various angles made of stainless steel (SUS), iron, and aluminum. Thanks to the non-contact, high thermal density processing unique to laser machining, even thick angles can be processed with minimal distortion, maintaining high-quality machining with right angles in the cross-section. With an integrated in-house system, skilled workers directly weld and assemble the processed components, providing high-precision frames and structures as a total solution. By combining 80 years of experience with advanced technology, we support our customers in product development. [Features] - Comprehensive processing of complex cutouts in angle materials - Improved welding accuracy through high-quality cutting with minimized distortion - Compatibility with all materials of SUS, iron, and aluminum angles - Optimization of the entire process from component processing to assembly through integrated production For more details, please check "Download Catalog."