According to product promotion information released on November 15, Toyo has added the GL Series modules. This series inherits the characteristics of small size and high precision from other G Series modules such as GTH, GCH, and GTY. At the same time, it further optimizes the size design to achieve an even smaller volume and lower height, making it suitable for precision equipment scenarios with more stringent requirements on installation space. Its main body and sliding seat still adopt integrally formed steel, solving the problem of insufficient rigidity of traditional aluminum sliding seats.
In the detailed parameters disclosed on November 6, Toyo clarified the core performance and adaptation solutions of multiple belt module models in the ECB Cleanroom Series. This series has a cleanroom class of CLASS10 and a positional repeatability of ±0.04mm, and is only suitable for non-vertical scenarios. Among them, the ECB5 has a main body width of 50mm and a maximum load of 10KG; the ECB22 has a main body width of 220mm and a maximum load of 85KG. Different models can be matched with drives of different specifications, ranging from 42-step motors to 400W servo motors, with a maximum stroke of up to 4050mm, which can meet the needs of different loads and strokes in scenarios such as sorting and material conveying.
In the promotion information released in the same month, Toyo highlighted the core competitiveness of the GCH Track-Embedded Modules. This series is additionally equipped with an external negative pressure connector; when connected to a vacuum source, it can suck out internal dust, achieving a cleanroom class of CLASS1, which is suitable for high-cleanliness production environments such as semiconductors and medical care. At the same time, it supports external oil injection, allowing maintenance without disassembling the sliding seat cover and steel belt. Moreover, after the track is embedded in the main body, it undergoes grinding treatment, resulting in a running parallelism accuracy of up to ±0.02mm. In addition, this series optimizes the installation process: the side of the main body is provided with an installation reference bearing surface, and the bottom is equipped with positioning PIN holes, enabling flexible fixing without disassembling the steel belt.
According to the technical description of ball screw modules on November 9, Toyo's ball screw modules generally adopt C7-class rolled ball screws. For customers with higher precision requirements, customized C5-class ground ball screws are available. Different precision grades are suitable for different scenarios: for example, C7-class is applicable to general machinery, while C5-class can meet working conditions with higher precision requirements such as numerical control equipment. At the same time, it is clarified that the ball screws have the characteristics of low friction loss, high axial rigidity, and precise micro-feeding capability.
In multiple promotion materials released in November, Toyo further clarified the motor adaptation compatibility of its modules. Series such as GCH can be matched with servo motors of multiple brands including Mitsubishi, Panasonic, and Inovance, and can also be equipped with 42/57-specification step motors. Motor installation methods include multiple forms such as exposed, left-folded, and right-folded. Ball screw modules and belt modules also have exclusive motor direction selection options respectively. If the motor hole position selected by the customer does not match, non-standard processing solutions can also be provided to improve adaptability with different equipment.
Would you like me to organize a bilingual comparison table of key technical terms for Toyo modules (e.g., "positional repeatability", "cleanroom class") to facilitate your quick reference during international business communication or document reading?
