• NEW Yushin Product!

    A high-cycle model ideal for fine precision molding in cleanrooms Yushin has released and introduced the new SX-41 high-speed side entry take-out robot for clean room molding environments and micro-molding applications. This side-entry robot contributes to the extraction of molded products manufactured in clean room environments such as optical parts, medical equipment, food containers that require FDA approval and electronic parts. New product features: The SX-41 side-entry robot is ideal for clean room conditions. Two important features capture the necessity of installing these robots on your factory floor:
    1. Improved Productivity. The SX-41 side-entry robot is built with a lightweight aluminum frame constructed by Yushin’s proprietary standards and a high-power motor for take-out times of just 0.32 seconds. The high-power motor executes smooth acceleration, deceleration and high-speed operations for precision molding applications.
    1. Clean Environment Specifications. The SX-41 side -entry robot is ideal in areas of low ceiling tolerance such as dust-free clean room settings and no sliding parts above the mold. Individual component designs were also reviewed to minimize dust emission, enabling ISO Class 6 compliance. *Based on in-house ISO 146441-1 measurements.
     
  • Low overall-height side-entry robots for clean environments

    The high-speed SXB side-entry robots work with IMMs of clamping forces of 180 - 450 tf and 450 - 850 tf. And, with no moving parts over the mold area, they are perfect for cleanrooms where dust-sensitive parts are molded. Moreover, the low overall-height is better suited for factories with low ceilings than horizontal traverse type robots.
  • Perfectly suited side-entry robots for super-fast, high-precision molding of small parts

    The SXC-10II and 40II are side-entry take-out robots that play a critical role in stabilizing the quality of precision molded parts. Thanks to Optimum Design and advanced vibration control features, they greatly reduce settling time (time required for vibrations to fall below a desired level), which gives users an avenue for shortening molding cycles.
  • The TXSA is a new type of side-entry robot, developed to achieve the world’s fastest cycle time.

    Optimum Design is what Yushin calls its use of CAE (Computer—Aided Engineering) to determine the theoretically best configuration of a robot based on its mechanisms and movements. This approach has been used in recent years to make aircraft and automobiles lighter and more reliable. Curiously enough, we have often been amazed how closely optimized designs resemble trees and animals in the natural world. A revolutionary design which shatters the conventions of traditional side-entry robots.
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