High Load Linear Motor Stage V-D07 | 1000N Load Capacity & High Precision
Long lifespan and high rigidity design | Achieving precise and smooth operation even in high-load environments
High-precision linear stage for industrial automation. The V-D07 high-load linear motor stage is a high-performance platform ideal for industrial automation, laser processing, and precision inspection equipment. With direct drive using iron core linear motors, it achieves frictionless high-speed and high-acceleration operation. It boasts a maximum travel speed of 3000 mm/s and a load capacity of 1000 N, enabling positioning in nanometer units thanks to a high-precision linear encoder. It offers a new option for the manufacturing industry that demands precise operation in high-load environments.
basic information
- Travel range: 200/400/600/800 mm - Iron core linear motor - Linear encoder - Load capacity 1000N *For more details, please refer to the catalog or feel free to contact us.
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Applications/Examples of results
- Industrial automation field: Precision movement of weight inspection equipment - Laser material processing: Laser - Microfabrication industrial inkjet printing - Matrix plate - Printed circuit board manufacturing - Testing and inspection *For more details, please refer to the catalog or feel free to contact us.
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The German headquarters, with over 50 years of experience and 30 years as a Japanese corporation, presents new solutions from PI, a company specializing in precision positioning products. We offer the world's number one piezo stages and actuators, as well as hexapod positioning products. Additionally, we are enhancing our lineup of linear motor-driven products and high-precision air bearing stages. In positioning, attention to the foundation is also crucial, and we provide granite bases, enabling us to propose composite systems as well. Please take a look at our diverse lineup that provides cutting-edge technology to production sites around the world, advanced equipment, and various fields of cutting-edge research.