OSCARMAX SD755 ZNC Plus – High‐Precision Micro-Drill EDM Machine

Description

Unlock exceptional micro-machining capability with the OSCARMAX SD755 ZNC Plus, a premium micro-drill EDM (Electrical Discharge Machining) system designed for ultra-fine hole drilling and high-precision detail work in demanding tool, mould and part-making applications. Built with industrial-grade mechanical structure and advanced servo/guide travel capabilities, the SD755 offers workspace flexibility (700 mm × 550 mm table travel) and a generous workpiece footprint of up to 1,630 × 690 mm, allowing you to tackle substantial-sized parts without compromising accuracy.

Equipped with a high-speed MOSFET machining circuit and dual-mode programming features (including two-stage machining, S-circuit for aluminium & special steel alloys, and blind-hole depth setting), the SD755 boosts throughput while maintaining precision down to micro-hole tolerances.

The machine also ensures durability under heavy loading—the structure incorporates Turcite sheet support to keep accuracy intact during large workpiece cycles.

For manufacturers focused on micro-hole creation, fine feature machining, and process reliability in the EDM domain, the OSCARMAX SD755 ZNC Plus delivers powerful performance, high flexibility, and industrial-ready durability. Ideal for mould-making, aerospace tooling, medical device manufacturing or any shop needing best-in-class micro-drill EDM capability.

Key Features

• High speed supeper drill circuit MOSFET drive, specially design for micro drill.
• Rotary spindle and high-pressure resistance, able to reach RPM 150.
• Options for (ø0.1-3.0mm) or ER16(00.3-6.35mm).
• Unique design on castings connection, ensure machine can perform high horizontal accuracy while high loading workpiece.
• With standard electrode tube holder, perform well accuracy on ø1.5mm or below tubes.
• Additional stainless steel water tank design, easier on replacing fluid regularly to ensure the work quality and efficiency.
• Submersible tank(optional) produces better efficiency on through-hole job and its stability of work.