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Industrial Automation.
In order to fulfill specific automation tasks related to Industry 4.0, customized automation system solutions are increasingly required. Factory automation describes the process of incorporating automated machines to manufacture a final product or component. This includes assembly lines and robotics integrated with hardware, motors, controls and software.
CNC Lathe
Robot in Orbit
3D Printer
1. CNC milling and turning Provide high quality guarantee for CNC machining CNC machining accuracy directly affects the quality of products, guide rails play an important role in lathe processing, lathe guide rail performance is good, directly affects the lathe processing accuracy, bearing and other performance. Therefore, the lathe guide rail must meet the basic requirements: simple structure, good directional accuracy, precision retention, low-speed motion stability and excellent manufacturability. The guide rail is very important for the control system, and the requirements for the guide rail are also very different for different lathes. CNC lathes are much higher than the guide rail requirements of ordinary lathes, no vibration occurs at high speed feed, no crawling phenomenon occurs at low speed feed, high sensitivity, wear resistance is also good, can continue to run in long-term load work, and accuracy can also be maintained. When users choose lathes, they also choose the corresponding lathe guide rails according to their own conditions. The guides commonly used in lathes are sliding guides, rolling guides and hydrostatic guides. The guide rails produced by our company have the advantages of simple structure, convenient manufacturing, high rigidity and strong vibration resistance, which provide quality assurance for CNC milling and turning processing.
2. Orbital robot Higher workflow productivity and more assembly and processing time. The linear motion system provides robotic performance on the seventh axis using toothed belt drives with the durability and positioning accuracy required for this application. Our modular structure provides a wide range of solutions that allow linear axes to be easily adapted to robotics and production environments. We offer precision, load capacity, drive stiffness and, above all, operational reliability. Robot applications require synchronization and a perfect transition from one work step to another. Linear motion systems provide the required freedom of motion to provide efficient performance.
3. Palletizing, picking and packing Smooth and frictionless ride at all speeds. Precision automated assembly requires constant back and forth movement at higher speeds. Therefore. These applications require linear kinematics for optimal performance, typically under cleanroom conditions. Linear motion systems are designed to operate reliably under harsh continuous operating conditions. These linear motion systems provide precision, repeatability and reliability in continuous operation. Easy synchronization provides the inherent advantage of producing good welds while eliminating supercritical settings to provide unmatched precision. The linear motion system provides a smooth, frictionless ride at all carriage speeds as well as reliable, trouble-free service with minimal maintenance. Mechanical drives also help reduce floor space.
4. 3D Printing and scanning Flexibility in printing, labeling, and scanning. Accuracy, speed and flexibility for printing, labeling, and scanning operations with minimal engineering effort. This includes gantry systems with linear guides and ball screw assemblies for conveyors with visual identification systems to transport items of different sizes for printing (or scanning) while in motion. When traditional manufacturing has reached its limits, 3D printing is ideal. These manufacturing processes are often used for prototyping, highly customized, and complex geometry components. A linear axis system is an essential feature of 3D printers. They position the laser head in a portal group and feed it layer by layer. The linear axis is used in challenging environments that require a high level of positioning and repeatability in uninterrupted 24/7 operation.
Established in 2009 , Suzhou Weipeng Precision Machinery Co., Ltd. is located in Suzhou, a beautiful and dynamic city in eastern coast of China.

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 No.668 Fengting Road, Industrial Park, 215000, Suzhou, China.
  +86-13812628216
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