テンテキャスター Product Lineup

■Maximum load capacity of over 2 tons per wheel ■Uses tapered bearings in the swivel section, maintaining stable performance even in high load ranges ■Various directional locking functions (additional directions) ■Combination of wheel lock and directional lock is possible ■Selectable fixed/flexible/directional lock/total lock ■FTP polyurethane SH92 wheels 【Options】 ■Foot protection

Electrostatic discharge-protected casters are essential in the automotive industry, which heavily relies on electronic precision equipment. We offer casters manufactured in accordance with electrostatic discharge certification standards. These casters can be used in various fields, not only in the automotive industry but also in workplaces with explosion-proof areas, environments that use special solvents, and factories that manufacture semiconductors and electronic precision components.

In the automotive manufacturing industry, static electricity measures in the painting process are crucial for maintaining paint quality. The generation of static electricity can lead to poor adhesion of paint and contamination by foreign substances, potentially resulting in defects in product appearance and a decline in quality. Our static electricity-resistant casters and wheels help suppress the generation of static electricity and contribute to the improvement of paint quality. 【Usage Scenarios】 - Transportation within the painting booth - Movement of parts on the painting line - Movement of products after painting 【Effects of Implementation】 - Reduction of painting defects - Improvement of product quality - Enhancement of work efficiency

In the semiconductor manufacturing industry's clean rooms, the generation of static electricity can negatively impact product quality. Particularly in environments handling fine electronic components, issues such as dust adhesion due to static electricity and damage to electronic parts arise. Static electricity-resistant casters address these problems and contribute to improving product yield. 【Usage Scenarios】 - Transportation within clean rooms - Integration into semiconductor manufacturing equipment - Use in areas where static electricity control is necessary 【Benefits of Implementation】 - Mitigation of negative effects on products due to static electricity - Reduction of the risk of foreign material adhesion - Improvement in product quality

In power plants, the movement of heavy objects such as turbines and generators occurs frequently. The safe and efficient movement of these heavy objects is crucial for maintaining the operational efficiency of the power plant. In particular, moving in tight spaces and selecting casters that can withstand high loads are challenges. The KAPPA series was developed to reduce the burden of transporting heavy objects in power plants. 【Usage Scenarios】 * Moving turbines and generators * Moving equipment during maintenance * Loading and unloading materials 【Benefits of Implementation】 * Safe movement of heavy objects * Improved work efficiency * Increased equipment longevity