Leveraging rapid machining and low-cost advantages, it enables swift replication of equipment wear parts and repair of simple molds, meeting the urgent demand for rapid supply of routine spare parts in maintenance scenarios. Simultaneously balancing precision and efficiency, it achieves accurate restoration of precision equipment and high-end molds, along with custom machining of non-standard spare parts. Furthermore, it performs high-precision replication and repair of damaged components featuring large-angle slopes, asymmetrical upper/lower profiles, and complex tapered surfaces, resolving the challenge of machining complex irregular repair parts that conventional wire cutting struggles to handle.
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