Automatic EDM Electrode Changing System

This system effectively mitigates workpiece scrap caused by electrode change errors, achieving precise guidance and stable support for electrode tubes/wires. By ensuring the coaxiality of the electrode and guide hole, it guarantees machining consistency in high-precision scenarios such as aero-engine blade cooling holes and mold vent holes, meeting the stringent requirements of micro-hole machining in high-end manufacturing.
It integrates seamlessly with various EDM machines, accommodates non-standard electrode machining, and covers multiple industries—including aerospace, precision molds, and new energy vehicles—along with diverse processing scenarios, demonstrating outstanding versatility.
The system monitors electrode wear status in real time, issuing tool replenishment alerts. It establishes a full-lifecycle traceability ledger for electrodes, supports intelligent scheduling of the electrode library, optimizes usage sequences, reduces electrode waste, lowers consumable costs, and aligns with refined management requirements.

Technical Features

Full-Process Intelligent Control, Supporting Upgrading of High-End Precision Manufacturing

With high-precision positioning and full lifecycle management as the core, we integrate the three core capabilities of precision guidance, universal adaptation, and intelligent control to effectively solve the pain points of traditional manual pole changing, such as large errors, poor adaptability, difficult control of electrode loss, and high cost waste. Assist enterprises in achieving stable processing accuracy, optimizing operating costs, and improving production efficiency, fully supporting the upgrading of high-end precision manufacturing and digital refined management in enterprises

Full-Lifecycle Control, Achieving Refined Electrode Management

Real time monitoring of electrode wear status, accurate statistics of electrode usage time and processing frequency, early warning of tool replenishment, to avoid processing defects caused by electrode wear. Establish a complete lifecycle traceability ledger for electrodes, detailing information on each stage of electrode storage, retrieval, use, and scrapping, which can be traced and verified; Simultaneously supporting intelligent scheduling of electrode libraries, optimizing usage sequence, reducing electrode waste, lowering consumable costs, and achieving refined management

Strong Versatile Scene Adaptability, Covering Multi-Industry & Multi-Type Machining

It can seamlessly connect with various types of electric discharge machine tools, and can be put into use without large-scale renovation, greatly reducing the cost of customer production line upgrades and equipment replacement. Suitable for non-standard electrode processing, widely covering multiple industries such as aerospace, precision molds, and new energy vehicles, catering to various scenarios such as micro hole processing and complex cavity processing. Its versatility far exceeds that of conventional products in the market, fully meeting the diverse processing needs of enterprises

High-Precision Guided Positioning, Ensuring Consistency in High-End Micro-Hole Machining

It can effectively avoid the scrap of workpieces caused by pole changing errors, achieve precise guidance and stable support of electrode tube wires, ensure the coaxiality of electrodes and guide holes, and focus on ensuring the machining consistency of high-precision scenarios such as aircraft engine blade cooling holes and mold exhaust holes. It perfectly meets the strict requirements of high-end manufacturing for micro hole machining, providing stable and reliable positioning guarantee for high-end precision machining, and eliminating the impact of positioning deviation on machining quality

Core Value

Refined Management

The entire lifecycle of electrodes can be traced and intelligently scheduled to optimize usage processes, accurately meeting the needs of refined management and helping workshop management achieve standardized and efficient upgrades

Reduced Consumable Costs

Intelligent monitoring of electrode wear and early warning, full lifecycle traceability can effectively reduce electrode waste, intelligent scheduling optimizes usage sequence, improves electrode utilization, and effectively reduces consumables procurement and usage costs

Strong Adaptability & Low Cost

Seamless integration with various types of electric discharge machine tools, suitable for non-standard electrodes and multiple industries and processing scenarios, with outstanding universality, significantly reducing customer production line upgrade costs and minimizing additional equipment investment

Precise & Controllable Machining

Through high-precision positioning and precise pole changing, it effectively avoids pole changing errors and workpiece scrap, ensures consistency in high-precision scene processing, meets the strict requirements of high-end manufacturing micro hole processing, and significantly improves product processing quality

Smart Equipment