CNC Ultra Precision Form Grinding Machine Model UPZ210LiⅡ-2

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UPZ210LiⅡ-2Concept
Ultimate fine form grinding machine for possible to have Coarse grinding to Fine grinding without grinding wheel.Feature
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- Recommendation for Two-Spindle Mount Machines: Due to the challenges in maintaining balance with an Auto Tool Changer (ATC), it is recommended to use a two-spindle mount type machine for fine form grinding to avoid the need for frequent datum resetting.
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- Dual-Side Grinding with Tilt Head Functionality: The tilt head feature allows for efficient grinding on both sides. By using separate grinding wheels for coarse and finishing processes, sharper corner radii can be achieved with precision.
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- Error-Free Pallet Changes with Image Processing: The Automatic Pallet Changer (APC) leverages CCD camera image processing to confirm the datum at the grinding start point, effectively eliminating errors during pallet changes.
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- Integrated and Automated Grinding Workflow: A seamless workflow is enabled, starting with CAD data download, followed by the grinding process, automatic measurement with a CCD camera, compensation grinding, and A.W.C. (Automatic Workpiece Change) for full digitization and automation.
Uses of the CNC Ultra Precision Form Grinding Machine Model UPZ210LiⅡ-2
- The CNC Ultra Precision Form Grinding Machine Model UPZ210LiⅡ-2 is designed to provide high precision and exceptional performance in industries requiring micro-precision machining. This advanced grinding system offers versatility and adaptability, making it suitable for diverse applications. Below are the primary uses of this sophisticated machine:
1. High-Precision Component Manufacturing
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- The UPZ210LiⅡ-2 is extensively used for manufacturing ultra-precise components, especially in industries like aerospace, medical equipment, electronics, and optics.
- It handles complex geometries and tight tolerances, ensuring components are produced with micrometer-level precision.
2. Tool and Die Production
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- Ideal for creating intricate molds and dies, the machine ensures uniformity and high durability of tools.
- Commonly used in injection molding, stamping, and pressing applications where precision tools are critical.
3. Semiconductor and Electronics Industry
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- The UPZ210LiⅡ-2 plays a crucial role in fabricating components like semiconductor wafers, micro-lenses, and connectors.
- It is capable of producing ultra-flat surfaces and intricate patterns required for high-performance electronic devices.
4. Medical Device Fabrication
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- Medical equipment demands precise, high-quality parts for effective functionality. This machine excels in grinding parts such as surgical tools, dental implants, and prosthetic components.
- Its ability to work with biocompatible materials like titanium and ceramics ensures safe and effective medical solutions.
5. Optical Component Production
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- The machine is ideal for producing lenses, prisms, and mirrors with highly polished surfaces and exact curvatures.
- Its precision grinding capability ensures optical clarity and consistency, crucial in devices like cameras, telescopes, and microscopes.
6. Precision Surface Finishing
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- The UPZ210LiⅡ-2 is perfect for achieving superior surface finishes on metals and advanced materials.
- Commonly used in aerospace turbine blades, automotive transmission parts, and electronics housings, this machine provides a perfect combination of functionality and aesthetics.
7. Small-Scale Batch Production
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- This machine is highly effective for short-run or custom production, making it valuable for research labs and prototyping.
- Its CNC functionality allows for easy replication of intricate designs with minimal setup time.
8. Advanced Material Processing
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- Compatible with a variety of materials, including ceramics, carbides, hard metals, and alloys.
- The ability to handle high-hardness materials makes it suitable for cutting-edge technological advancements in various industries.
9. Miniature and Complex Part Manufacturing
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- The UPZ210LiⅡ-2 excels in producing miniature parts with intricate details, such as gears, nozzles, and connectors.
- This precision makes it a staple in industries like watchmaking and micro-mechanical engineering
10. Aerospace Industry Applications
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- The machine is indispensable in producing high-precision parts like engine components, turbine blades, and control system parts.
- It ensures parts meet strict performance and safety standards required in aviation and space exploration.
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