Productivity improved by over 30%! It is possible to reduce weight, decrease deflection, and enhance vibration damping – Exhibiting at SEMICON JAPAN 2024.
Using CFRP (carbon fiber reinforced plastic), commonly referred to as carbon, offers the following advantages: - It is lightweight and has excellent specific strength, enabling labor-saving in manufacturing lines. This also allows for a reduction in CO2 emissions through lower energy costs. - It has excellent vibration damping properties, which improves productivity through high speed and high precision in transport equipment. - It has a low thermal expansion rate, resulting in minimal degradation of functional properties even at high temperatures. - It has excellent X-ray permeability, allowing for clear images to be captured with minimal exposure and irradiation. By designing materials and laminations according to the intended application, we can manufacture device components that maximize these advantages. Our past production achievements include: Interior and exterior parts for aircraft, radar domes, Interior and exterior parts for two-wheeled and four-wheeled vehicles, competitive bicycle parts, Arms for transport equipment, semiconductor manufacturing equipment parts, and medical devices. TIP composite will exhibit at "SEMICON JAPAN 2024" held at Tokyo Big Sight. At the exhibition, we will showcase a wafer transport device demo using CFRP hands and introduce our processing technology and the useful properties of CFRP for semiconductor device components. We look forward to your visit!
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**Business Description** Design, analysis, manufacturing, and sales of composite materials centered on fiber-reinforced plastics (FRP) Design, manufacturing, sales, and construction of equipment for water supply and drainage facilities and wastewater treatment plants **Quality Certification** JIS Q 9100:2016 & JIS Q 9001:2015 (ISO 9001:2015) Organization Name: Aerospace Division Certification Scope: Manufacturing and repair of composite material parts for aerospace, composite material test specimens, and composite material jigs. Processing of honeycomb cores for defense-related distributors and manufacturing of defense-related missile components. Sites: Osaka Headquarters, 3rd Factory, 4th Factory, Settsu Factory, Torikai Kami Factory, Rinku Factory ISO 14001 Matsumoto Office **Equipment Information** ◆ Manufacturing Equipment Autoclave (Maximum dimensions φ2500×(D)5500mm) Press machine NC simultaneous 5-axis machining center 3-axis machining center Running saw Cutting machine Automatic cutting machine ◆ Inspection and Measurement Equipment CNC three-dimensional measuring machine Articulated arm type three-dimensional measuring machine Ultrasonic flaw detector Image measuring machine Universal testing machine ◆ Design Equipment 2D/CAD 3D/CAD (Solid Works, CATIA V5) CAD/CAM (Space-E, Mastercam)
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Aircraft parts, aircraft manufacturing jigs Automotive interior and exterior parts, motorcycle exterior parts, bicycle parts LCD glass substrate transfer arms, semiconductor manufacturing equipment parts Medical devices, three-dimensional measuring machine multi-joint arms
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Company information
Our company specializes in the design, molding, processing, and sale of composite materials, primarily carbon and glass fiber reinforced plastics. Our corporate policy is to remain a company that can continuously make new proposals using the latest information and technology, ensuring that our customers become repeat clients by maintaining cost, quality, and delivery time. We have a proven track record in product molding and processing across various fields, including LCD and semiconductor manufacturing equipment, industrial robots, medical devices, civil engineering, construction, sports, hobbies and aerospace. We employ hand lay-up molding, autoclave molding (Unit 1: φ1100×2600, Unit 2: φ2000×5000), infusion molding, and press molding. FRP requires very complex design processes, from molding methods to fiber types and lamination structures, to achieve the final product. Based on customer information, we realize optimal designs and processes.
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