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µicro-CUT 500 System
The µCUT 500 System from Finepart is a high-precision cutting machine designed to meet the most demanding requirements for manufacturing complex parts. With over 30 years of research and innovation behind it, the machine stands out for its ability to work with a wide range of materials with extreme accuracy, making it an essential tool for industries with high technical demands.
Adaptability: A flexible machine to meet your specific needs
- Wide range of available options – The µCUT 500 can be configured according to production needs, with accessories and features tailored to industrial requirements.
- Flexible fixturing system – Allows the machine to adapt to different types of parts, regardless of their complexity.
- Optimized accessibility – Thanks to its ergonomic design, the machine is accessible from three directions, making material positioning and handling easier.
Precision and Reliability
- Ultra-fine cutting width – Up to 0.2 mm
- Positioning accuracy – ± 2.5 µm
- Repeatability – ± 2 µm
- Typical cutting tolerance – ± 10 µm (ISO 230-2 standard)
Advanced Motion System
- X-Y axes equipped with servo linear motors, ensuring smooth and dynamic movement
- Z-axis with servo ball screw drive, providing precise height adjustment
- Hydro-abrasive cutting system enabling cutting without thermal impact
Optimized Work Area
- Cutting volume – 500 x 500 x 80 mm (X, Y, Z)
- Workpiece holding area – 700 x 700 mm (max depth 700 mm)
- Machine table – 900 x 900 mm (L x W)
Ergonomics and Ease of Use
- Intuitive user interface (HMI) for quick setup
- Simplified installation and maintenance thanks to ergonomic design
- Three-direction accessibility for easier material positioning and handling
Versatility and Adaptability
- Compatible with a wide range of materials – Metals, composites, ceramics, plastics, and more
- Flexible fixturing options to accommodate different types of parts
- Wide choice of options and accessories to meet specific industrial needs
Performance and Productivity
- High energy efficiency with optimized consumption
- Improved filtration and abrasive management system enhancing component durability
- Compatibility with monitoring and automation systems for optimized production