Product Introduction

The AM130R Precision Dual-Head EDM machine represents the pinnacle of efficiency and accuracy in electrical discharge machining. Engineered by Mirrordick, a leading innovator in precision EDM technology, this machine is built for mold shops that refuse to compromise on quality or throughput.

It tackles the core challenges of modern manufacturing: reducing cycle times, achieving flawless surface finishes without manual polishing, and maximizing machine uptime. With its revolutionary dual-head design, the AM130R doesn't just process two workpieces simultaneously; it effectively doubles your production capacity within the same factory footprint. Integrated with a user-friendly Windows-based CNC system and optional 3D online inspection, it's more than a machine—it's your partner in achieving intelligent, automated manufacturing and stepping into the era of Industry 4.0.

Special option

Spark oil constant temperature device

Electric control box thermostat

Stabilizer

Quick Chuck

Technique Parameters

Key Features

▶Windows operating system, standard networking function and file transmission,it can be extended to remote wireless operation/dynamic monitoring and to realize internet +automated intelligent production line

▶66 work-pieces coordinate system can be displayed, programming-free,CNC machining programme can be generated automatically according to the interface parameters system

▶The discharge parameters can be modified in real time without suspending during discharge machining

▶According to the processing requirements,the height and interval of the long tool can be set to facilitate slag discharge

▶With a variety of processing functions: 3-axies to multi-axes different trajectory linkage processing, multi-hole automatic shift processing of porous position, transverse processing,45-degree oblique processing, inverted buckle processing, grain surface mirror processing etc., high processing efficiency, small loss of superior processing performance 

▶The system is equipped with independent discharge circuits for a variety of material processing: Copper hit steel,graphite hit steel,copper-tungsten hit carbide, copper hit zinc alloy, graphite hit zinc alloy,copper hit copper alloy etc.

▶Made of natural marble, the worktable will move while the head remains stationary during machining

Benefits

Double Your Productivity: Machine two cavities, cores, or electrodes at once, slashing lead times and increasing ROI.

Eliminate Costly Hand Polishing: Achieve pre-polish or mirror finishes directly out of the machine, saving hundreds of labor hours and reducing human error.

Reduce Total Cost of Ownership: High reliability, energy-efficient generators, and minimal maintenance requirements keep your operational costs low.

Unmatched Precision & Consistency: Perfect for manufacturing high-precision molds for medical implants, optical components, and connectors where micron-level accuracy is non-negotiable.

Future-Proof Automation: The open architecture system easily connects to automation cells and Industry 4.0 data monitoring platforms.

Application Industries

Automotive Mold: High-speed production of injection molds for light guides, lenses, and interior components.

Medical Device Mold: Manufacturing of micro-precision molds for surgical instruments, implantable devices, and drug delivery parts.

Consumer Electronics Mold: Machining of intricate cavities and cores for smartphone casings, connectors, and wearable technology.

Precision Engineering: Production of fine blanking dies, extrusion dies, and other tooling requiring the highest levels of accuracy.

FAQ (Frequently Asked Questions)

Q1: What is the maximum table load capacity for each head?
A: Each workhead is designed to handle a maximum load of 800kg, ensuring stability for most medium-to-large mold base processing.

Q2: Can the two heads work on two completely different jobs?
A: Yes, the two heads are controlled by independent CNC axes. This allows two different programs to run simultaneously on two different workpieces.

Q3: What is the typical surface finish (Ra) achievable?
A: Under optimized parameters, the AM130R can consistently achieve a superior mirror surface finish of Ra ≤ 0.1µm.

Q4: Do you provide support for automation integration?
A: Absolutely. As part of our "Lifetime Service" commitment, our technical team provides unlimited free support for machining processes and guidance on integrating with robotic arms and automation systems.

Q5: What is the power consumption of this machine?
A: The machine utilizes an energy-saving pulse power supply. Specific consumption depends on the machining parameters, but it is designed for high efficiency.