1～4 item / All 4 items
Guaranteeing a precision of ±0.05 in machining after shaping.
By performing machining after shaping, the guaranteed precision can be improved. Dimensional tolerance ±0.05mm Surface roughness Ra1.6 to 3.2 Other secondary processing options available: blasting, barrel polishing, chemical etching *Black matte finish treatment for optical components is also possible.
Achieving high-precision 3D printed jigs with hybrid processing! Supporting manufacturing all the way to final product realization.
The great strength of 3D printed products lies in the realization of complex shapes and speed. By adopting designs that utilize topology optimization, we can achieve lightweight structures, and by applying high-precision machining, we can use them as jigs that are lightweight. Additionally, "hybrid processing" refers to a technique where dimensions that require precision are finished through machining after being output by a 3D printer. In some cases, the output from a 3D printer alone may not meet the required precision for surface roughness and dimensional tolerances, but through hybrid processing, it is possible to achieve dimensional accuracy of ±0.05mm and surface roughness of Ra1.6 to 3.2. By hybridizing top-class domestic 3D printer facilities and achievements with the know-how of resin machining cultivated over 84 years, we support your manufacturing from prototyping and development to final product realization. *For more details, please refer to the PDF document or feel free to contact us.
Not only for prototypes, but also applicable for jigs and final products! We offer 3D printing services.
We handle 3D printers that can use high-performance resins. We offer material suggestions tailored to applications such as heat resistance, chemical resistance, and flame retardancy. These can be utilized not only for prototypes but also for jigs and final products. Please feel free to contact us when you need assistance. 【Product Lineup】 ■ FDM Method: PEKK, PEI (ULTEM), Nylon 12 with carbon fiber, PC ■ SLS Method: Nylon 12, Nylon 12 (flame-retardant grade) ■ PBF Method: PPS, PPS with glass fiber, PPS with carbon fiber ■ HP MJF Method: Nylon 12, Polypropylene *For more details, please refer to the PDF document or feel free to contact us.
Materials that meet specifications, with many adoption results in flight models and jigs.
In response to the unique demands of the aerospace, defense, and space industries, such as small lot sizes, lightweight materials, short delivery times, and space-saving designs with complex shapes, we have received numerous adoptions of flight models, fitting models, and dedicated tools made with 3D printers. ◇ Materials used for flight products FDM method: ULTEM1010, ULTEM9085, Antero800NA ◇ Materials used for fitting models and tools FDM method: ABS, Nylon 6 SLS method: PPS, PA2200 MJF method: PA, PP, and others Because this is an industry that values proven results, if you consult with us, we will provide full support. Please feel free to contact us.
