さがみはらロボットビジネス協議会 List of Products and Services

NDS Engineering Co., Ltd. is a company that consistently handles everything from the design of custom automation equipment for the manufacturing industry to on-site implementation. To solve our customers' challenges such as alleviating labor shortages, improving safety, and enhancing operational efficiency, we have extensive experience in introducing equipment that utilizes collaborative robots from various manufacturers. Our experienced engineers provide one-stop solutions for a wide range of needs, from machining of mechanical parts to repair and modification of existing equipment. We contribute to improving our customers' productivity.

OMY Corporation is a manufacturer that designs and produces equipment for automobile manufacturing (molding, welding, assembly, inspection) and residential equipment manufacturing (welding and cutting of metal parts). The company specializes in providing high-quality, low-cost, and short-delivery-time equipment that incorporates the latest technologies. It has its own factory covering 500 tsubo and has obtained certification for the international standard for quality management systems, ISO 9001:2015, as well as construction industry licenses for machinery installation, scaffolding and civil engineering, electrical work, and piping.

Kufu Shiya Co., Ltd. specializes in contract development and prototyping of service robots focused on applications for autonomous mobile robots and collaborative robots. By utilizing technologies such as ROS and AI, we achieve rapid prototyping by consistently handling everything in-house, from software development to mechanical and electrical design. We are involved in various projects, including the development of an "AI suitcase" for visually impaired individuals, quadruped robots for monitoring and inspection, and stair-climbing robots. We also have extensive experience in collaborative development with R&D departments of major companies and universities that are heavily invested in AI research.

Nihon Thermonics Co., Ltd. is a company specializing in the design, manufacturing, sales, and after-sales service of high-frequency induction heating equipment. We provide custom-made devices tailored to diverse customer needs, and particularly solve challenges that have been considered difficult through our unique technology that combines "IH and robots." Among our products, the fully automatic high-frequency heating device equipped with traceability features stands out, working in conjunction with FA robots and compatible with various robot manufacturers and PLC manufacturers. We also implement heat treatment simulation technology using electromagnetic field analysis software, making it easy to conduct pre-evaluations of heat treatment quality.

We support "manufacturing what does not exist in the world" through the world's smallest class rotary encoders and direct drive motors. Lightweight and high precision made easier! The index table type μDD motor has been released! The MRS-70 is an ultra-compact servo motor with an outer diameter of φ70, and it does not require a reducer or bearings. By simply placing the main body and applying a load, high-precision direct drive positioning can be achieved immediately. With an axial runout of 5μm, it allows for the construction of high-precision systems that were previously only achievable with large motors of φ100 or more, all in a compact space. It is possible to achieve both miniaturization and high precision, which are typically conflicting specifications. The hollow diameter is also large at φ25, allowing for the passage of cables, air tubes, shafts, and more. A customizable small robotic arm for researchers, "KOHAKU," has arrived! This arm features high back drivability, enabling smooth motion and quiet operation. Additionally, to facilitate application development for users, the system is provided in a way that allows easy integration with Python and ROS modules. It is also possible to switch between position control, force control (current), and speed control to manipulate the arm.