Improving quality with robot deburring and blast cleaning of molds!
In the mold industry, deburring and surface treatment of molds are important for improving product quality and durability. Particularly in processes that require high precision, such as injection molding and press processing, the condition of the mold greatly affects the quality of the product. The occurrence of burrs and deficiencies in surface treatment can lead to product defects and reduced lifespan. Our metal surface treatment and blast robot cleaning robot system, using collaborative robots, performs metal surface treatment uniformly and contributes to the improvement of mold quality. 【Application Scenarios】 - Deburring process of molds - Molds requiring metal surface treatment - Cleaning of screws and molds 【Benefits of Implementation】 - Improved deburring accuracy - Uniform surface treatment - Extended mold lifespan - Increased work efficiency
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【Features】 - Uniform metal surface treatment using collaborative robots - Options for metal surface treatment machines and screw/mold cleaning machines - Surface improvement technology with two-stage blasting - Ultra-low pressure blasting possible from 0.3 bar - Consumption reduction through recycling of blasting media 【Our Strengths】 Founded in 2002, our company started as a manufacturer of cable and wire production and inspection equipment and has expanded into the robot system integrator (SIer) business. With years of experience and technical expertise, we propose optimal robot systems to address our customers' challenges. We own 30 robots from companies such as Kawasaki Heavy Industries, Yaskawa Electric, Mitsubishi Electric, Denso Wave, Yamaha, ABB, and FANUC, which accelerates the verification of core technologies and the development of robot and AI systems. We can provide support starting from consulting services.
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Application: Automation of metal surface treatment and mold cleaning.
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In 2002, we were established as a manufacturer of cable, wire, tube, and seat manufacturing and inspection equipment. Our products, including a twisting machine equipped with an HCI-type tension feedback control system (patented) and a magnetic bearing twisting machine (patented), as well as a winding device with auto traverse, have received positive feedback. In 2008, we started a robot system integrator business to manufacture robot systems, delivering our first unit in 2009. In 2017, we began developing systems for image recognition → inspection process AI, reinforcement learning → production technology AI, and natural language processing → communication AI, delivering our first inspection process AI system in 2018. In 2018, we opened the HCI ROBOT CENTER within the Izumi-Otsu Chamber of Commerce in front of Izumi-Otsu Station, aimed at promoting robot systems and providing special education on robot safety. In 2020, we established the HCI ROBOT・AI LAB, the largest development base in Japan owned by a robot SIer, in the commercial facility Arza Town directly connected to Izumi-Otsu Station. We own 30 robots from companies such as Kawasaki Heavy Industries, Yaskawa Electric, Mitsubishi Electric, Denso Wave, Yamaha, ABB, and FANUC, accelerating the verification of elemental technologies and the development of robot and AI systems.
