IBARAKIスペースサプライネットワーク List of Products and Services

Development of functional materials centered on ceramics and inorganic polymers that require high heat resistance in fields such as space and aviation, production of ceramic composite material test pieces, design and manufacturing of research and development equipment and facilities, and production of resin parts.

Utilizing 3D CAD/CAM for 5-axis machining, we specialize in processing a variety of small-lot products, particularly in the prototype development field, including thin-walled machining and complex shape processing. We have extensive experience and achievements in prototype development using materials such as Inconel, Hastelloy, titanium, and other difficult-to-cut materials and heat-resistant alloys. We provide appropriate quality and short delivery times for everything from prototype development to small and medium lots, as well as mass production.

We have been specializing in precision machining until now, capable of processing products with strict dimensional accuracy in microns, as well as perpendicularity, flatness, and positional accuracy. We have obtained ISO 9001 certification and guarantee quality using various measuring instruments such as 3D measuring machines and microscopes in a dedicated inspection room within our factory, along with gauges like block gauges and pin gauges. We can also accommodate small lot sizes and have transactions with JAXA.

Design and manufacturing from rough sketches, leak testing of vacuum devices, proposal-based design and manufacturing, development support design.

Production technology for aircraft parts processing that can manufacture high-precision and high-difficulty aircraft components with high quality (with tolerances of 5μ for inner and outer diameters, 5μ for coaxiality, 5μ for cylindricity, and 0.5μ for roundness). The facility has obtained AS9100 certification and has been processing hydraulic cylinders for aircraft for four years, maintaining a quality assurance system with zero processing defects. The hydraulic cylinder processing factory is temperature-controlled, and after processing, inspections are conducted using a 3D measuring machine (automatic), establishing a quality assurance system for space components.

The retained technology includes high-strength screw processing technology through rolling, precision cutting processing with air conditioning, precision cutting processing of round bars and forged products (Φ20 to 250, maximum length 600), and precision cutting processing of mass-produced items (with a production record of up to 80,000 units per part).

Precision machining technology using large 5-axis composite processing machines and five-sided processing machines capable of handling a maximum diameter of 2.5m and a length of 4m, large three-dimensional measurement contract services that can guarantee the precision of large workpieces up to 4m with an accuracy of 0.01mm, and a high-level quality assurance system based on JIS Q 9100 that enables the supply of finished products including processing and special processes for the manufacturing of aerospace actual parts.

We have established a development process for ultra-small artificial satellite structures, providing one-stop support from design, analysis, to testing. We offer proposal and collaborative problem-solving services utilizing our know-how in the design and manufacturing of production jigs for aircraft. We possess a unique database that has accumulated over 60 years of experience and expertise in the production of power infrastructure components.

Difficult shape cutting processing, cutting processing for difficult-to-cut materials, integrated production of welding and machining.

Using custom-made precision NC lathes for ultra-precision machining and subsequent processing (such as heat treatment, barrel finishing, and diamond electroplating), we practice production management and quality control cultivated through automotive instrument shafts, establish a traceable system, and implement IoT management where all employees have tablets to input work data for all processes, which is centrally managed and reflected in data analysis for improvements.

We have an integrated production system in-house that covers everything from cutting, heat treatment, grinding, polishing, to inspection, capable of handling both small and large quantities. We also have a quality assurance system certified by quality management systems (ISO 9001, ISO 13485, IATF 16949) and possess the technological and equipment development capabilities to meet our customers' needs.

We possess a 3000mm wide door five-sided machining center and a 2800NC turning machine, capable of processing from palm-sized to large parts for cutting and turning. We can handle high-precision difficult machining due to years of accumulated technology, and we are capable of integrated production from material procurement (can manufacturing and welding) to machining, assembly, and testing.

We provide parts using a metal powder bed fusion 3D printer, utilizing difficult-to-machine materials such as stainless steel and Inconel, capable of handling complex three-dimensional shapes, as well as products with complex geometries combined with precision sheet metal and 5-axis machining.

We own a DED (Directed Energy Deposition) 3D metal additive manufacturing device, LAMDA200 (manufactured by Nidec Machine Tool), hold ISO 9001:2015 certification, and have implemented a CAM system for 3D metal additive manufacturing.

Manufacturing and sales of various machinery and equipment for the chemical industry, canning and metal processing industry, general construction business / Ibaraki Prefectural Governor's License (General-02) No. 5907, first-class pressure vessel manufacturing license, manufacturing and sales of piping fittings, installation work for machinery and equipment, as well as steel frame and piping work, steel structure work, piping work, and installation work for equipment and instruments.

We have precision press processing technology that accommodates all materials, including steel, SUS materials, titanium alloys, aluminum alloys, and special heat-resistant alloys. Our manufacturing technology and supply chain network can handle a wide variety of processes, from material procurement to processing (pressing and cutting), heat treatment (aging hardening, annealing, carburizing), surface treatment (various plating), assembly, and welding. We have obtained and are operating under the quality management system certifications JISQ9001 (ISO9001) and JISQ9100 (ISO9100).

We handle the design, manufacturing, and installation of various glove boxes, from nuclear power to medical applications, and we are capable of processing parts and manufacturing devices using large-scale canning welding and machining equipment. We are also advancing the development of remote-controlled robots aimed at the remote operation of glove boxes.

We undertake the conceptual design, manufacturing, and inspection of analog circuits, high-frequency circuits, and digital circuits all in one company. We are capable of program design necessary for product design, including FPGA programming, firmware, and application software. We can propose ultra-high-definition video quality cultivated in broadcast equipment design for use in space-related visuals.

Company Features Achieves coaxiality of 2μm between front and back through NC lathe processing (for advanced industrial equipment, etc.) Processing range for outer and inner diameters is ±4μm (for advanced industrial equipment, etc.) Can accommodate diameters of less than 1mm (for medical devices, etc.) Main Products Medical device components Advanced industrial equipment (satellites, medical devices, etc.) Superior technology applicable in the space field Confident in high-precision processing of small parts, supplying to Germany for over 10 years. Achievements in the space industry Components used in satellites.

Possessed Technologies 1) Pure copper casting, 2) Machining, 3) Welding and can manufacturing, 4) Diffusion bonding, 5) Flame-retardant magnesium alloys, 6) Prototyping and evaluation (Digital engineering)