Continuously developing innovative FA systems to meet diverse customer needs, backed by advanced technology development and application expertise in both hardware and software.
Through our integrated production system covering mechanical, electrical, and software design, manufacturing, equipment commissioning, and after-sales support, we deliver high-quality equipment backed by the dedication, passion, and craftsmanship of our experienced team. Leveraging the extensive expertise and know-how gained through many years of successful project deliveries, our FA systems have earned the trust of customers across a wide range of industries and applications, from cleanroom and dry-room environments to general manufacturing facilities.

There are many processes for mass production. If the process device is an organ in the human body, the transport equipment acts as a blood vessel that carries blood. An optimal transport system is indispensable for utilizing advanced process equipment.
Our transport systems have been widely used for mass production as well as small-quantity production.
In the production of automotive components, electrical equipment, and office automation devices, dedicated assembly equipment that performs high-speed part feeding and assembly plays a vital role in achieving efficient mass production and directly impacts production output. In particular, our highly accurate software control technologies, capable of simultaneously controlling multiple motion axes at high speed, have earned high praise from our customers through extensive experience and proven results.

Vertical Lift Buffer Mechanism

Belt Conveyor Mechanism

XYZθ Handling Mechanism

As electronic devices continue to diversify, displays with a wide variety of functions and form factors have become increasingly common. Consequently, customer requirements for glass panel handling systems have evolved, demanding greater flexibility, higher precision, and support for a wider range of product types. Since the early days of LCD panel manufacturing, we have provided a diverse range of equipment, including panel handling systems for G3 to G10-size substrates, cassette handling systems, and carrier handling systems. Backed by our extensive experience, proven track record, and accumulated technical expertise, our solutions have earned high praise from customers. We remain committed to applying the technologies and know-how we have cultivated over the years to support our customers' future needs.

Leveraging the control technologies we have cultivated in the electronics industry, we have collaborated with partner companies to develop optical disc production equipment. Through advanced technologies such as precise chemical dispensing control and spin coating for the rapid formation of uniform films, we have successfully met our customers' stringent requirements, achieving both commercialization and mass production.

When connecting process equipment within a production line, various material handling methods must be considered. These include transfer units, AGVs (Automated Guided Vehicles), RGVs (Rail Guided Vehicles), conveyors, robots, traversers, buffer systems, and transfer carts. By accurately understanding our customers' requirements, we design and deliver the optimal material handling system with a comprehensive focus on takt time, precision, quality, and overall production efficiency. We also have extensive experience in developing a wide range of interface and transfer solutions between material handling systems and process equipment, ensuring seamless integration throughout the production line.

Conveyors are widely used in material handling systems for mass-production facilities. Depending on the characteristics of the workpiece, conveyor lines are configured by optimally combining various types of conveyors, including belt conveyors, roller conveyors, vertical conveyors, rotary conveyors, transfer conveyors, and tilting conveyors. By integrating reliable standard conveyor systems with customized equipment developed to meet specific customer requirements, we have successfully delivered a wide range of conveyor handling systems that have earned high praise from our customers.

During the wafer slicing process for solar cell manufacturing, thin wafers often adhere to one another due to residual cutting oil. Separating these delicate wafers without causing damage is a challenging task. Utilizing our proprietary wafer separation technology, we can separate wafers at high speed and transfer them individually to downstream processing equipment. This technology has been highly regarded by leading solar cell manufacturers in Japan for its reliability, precision, and productivity.

Through the synergy of our partners' product development and sales capabilities and our expertise in quality management and manufacturing, we provide products that deliver exceptional value to our customers. As consumers become increasingly discerning, product quality is being scrutinized more than ever before. In response to these changing market demands, the requirements placed on production equipment continue to become more sophisticated and diverse. Drawing on the control technologies we have cultivated over many years, we leverage electrical, mechanical, and information technologies to deliver advanced factory automation solutions. With this expertise, we respond flexibly and effectively to the challenges and needs of our customers.
Based on our control technology, factory automation of electrical, mechanical, and information technologies allows flexible response to our customer's issues.
We provide a wide variety of material handling systems, including belt conveyors, roller conveyors, vacuum conveyors, dual-lane conveyors, magnetic conveyors, transfer conveyors, rotary conveyors, inverting conveyors, cooling conveyors, inline buffer conveyors, conveyors for high-temperature furnace applications, traveling conveyors, vertical conveyors, free-flow conveyors, weighing conveyors, tilting conveyors, positioning conveyors, dedicated transfer units, walking beam transfer systems, robotic handling systems, Bernoulli handling systems, and vacuum handling system