Ball spline HIWIN precision ball screw

We will be exhibiting at the "7th RoboDEX / Robot Development and Utilization Exhibition" held at Tokyo Big Sight from January 25, 2023. ◇ Event Period January 25 (Wed) to 27 (Fri), 2023, 10:00 AM to 5:00 PM ◇ Exhibition Venue Tokyo Big Sight ◇ Booth Number West Hall 1, 52-43 ◇ Featured Exhibits ■ Scara Robot Utilizing in-house developed components, it achieves agile, high-precision, and highly flexible movements. By attaching a rotating axis at the tip, it increases freedom of movement, making it one of the robots that can be easily introduced for automation in production lines. ■ Vertical Multi-Joint Robot With high degrees of freedom, it can accommodate a wide working range. We offer a lineup of compact types that can handle agile and complex tasks, as well as high-load types. By exchanging end effectors, it can be applied to various automated production lines. ■ Automation and Labor-Saving Solutions We support your automation and labor-saving needs with an overwhelming product lineup. By combining not only linear and rotary components but also mechatronic parts such as motors and drivers, we provide a lineup that covers industrial robots and ultra-precision positioning stages, offering proposals to reduce your labor hours.

The "23rd [Kansai] Machine Element Technology Exhibition," which has been ongoing since October 7, showcases parts and systems that contribute to the next generation of various machines. We offer comprehensive proposals that meet your company's needs with a top-class product lineup in the industry! We invite you to visit our booth. This time, we are also holding the event online simultaneously! You can attend and conduct business negotiations from the comfort of your home or office. You can have online discussions with our technical staff. ◇ Event Period October 7 (Wednesday) to 9 (Friday) 10:00 AM to 6:00 PM, with the final day ending at 5:00 PM. ◇ Exhibition Venue Intex Osaka ◇ Booth Number Hall C 10-5 ◇ Featured Exhibits ■ Only 22mm thick! Slim DD Motor [DM-T] ■ Ball Spline ■ An even smaller size is here! Linear Guideway [MG Series] For more details, please refer to the page below.

The "5th [Nagoya] Machine Element Technology Exhibition" will be held from September 9, showcasing parts and systems that contribute to the next generation of various machines. We will provide comprehensive proposals that meet your company's needs with a top-class product lineup in the industry! We invite you to visit our booth. This time, we are also holding the event online simultaneously! You can attend and have business discussions from the comfort of your home or office. You can have online meetings with our technical staff. ◇ Event Period September 9 (Wednesday) to 11 (Friday) 10:00 AM to 6:00 PM, with the final day ending at 5:00 PM. ◇ Exhibition Venue Aichi Sky Expo, Aichi Prefecture ◇ Booth Number Hall C 10-5 ◇ Featured Exhibits ■ Torque Motor Rotating Table ■ Ball Spline ■ Wave Gear Reducer "DATORKER Robot Reducer" For more details, please refer to the page below.

Hiwin will be exhibiting at the "34th Internepcon Japan (Electronics Manufacturing and Assembly Exhibition)" held at Tokyo Big Sight starting January 15 (Wednesday). We will propose a total solution combining a wide range of our own developed products, from various motors and component parts to stages and robots that are useful for various devices related to electronics manufacturing and assembly. ■ 34th Internepcon Japan (Electronics Manufacturing and Assembly Exhibition) [Booth Number S3-24] === Main Exhibited Products === ◇ Ball Spline With a nut and bearing in an integrated structure, it achieves high precision, lightweight, and compact design. It is ideal for various inspection devices and SCARA robots. ◇ SSA Single-Axis Linear Motor Positioning Stage Achieving both speed and precision with a maximum speed of 5000mm/s, a resolution of 0.1μm, and a repeatability of ±1μm. ◇ Intelligent Electric Gripper [X Series] Applicable to various automation equipment! It can also be used immediately with collaborative robots.