Electrical precision that shapes the impossible.
Wire EDM solutions for ultra-fine cutting accuracy in hardened metals and complex internal geometries.We deliver exceptional accuracy, sharp corner radii, and distortion-free results for advanced engineering parts.
We are an Integrated Engineering Firm of Agile and Experienced Engineers, Skilled in a Wide Variety of Engineering Work.
We Understand The
Full Scope Of Your Project
With our in-house manufacturing capability and integrated design expertise, we fully understand and manage the entire scope of your project. From planning and design to production and quality inspections, we consolidate all processes under one roof—delivering a fast, reliable, and fully controlled manufacturing workflow.
Order Considerations (Before Placing an Order)
When it comes to hardware engineering and design, having a battle-tested process is of the essence. We know how it’s done, yet we are flexible in function of your situation.
Step 1. Material Conductivity & Hardness
- Wire EDM machining is only applicable to electrically conductive materials, making material selection a critical first step.
- Hardened steels and high-strength alloys are well suited for wire EDM, though material hardness directly affects cutting speed and wire consumption.
- Heat-treated material conditions should be clearly specified, as they influence machining stability and surface integrity.
Step 2. Kerf Width, Corner Radii & Feature Size
- Minimum internal corner radii must be defined based on wire diameter and spark gap to ensure dimensional accuracy.
- Fine details and tight tolerances may require multiple skim cuts to achieve the desired precision.
- Functional features and critical dimensions should be clearly identified in technical drawings before production begins.
Step 3. Part Thickness & Cutting Strategy
- Part thickness plays a significant role in determining cutting time and overall machining efficiency.
- Thicker sections may require controlled cutting parameters to prevent wire breakage and dimensional deviation.
- The choice between single-pass or multi-pass cutting should be aligned with tolerance and surface finish expectations.
Step 4. Surface Integrity & Heat-Affected Zone Considerations
- Although wire EDM is a non-contact process, a micro-level heat-affected zone may still form on the machined surface.
- For high-precision components, low-energy finishing passes help preserve surface integrity.
- Additional post-processing steps may be evaluated depending on the functional requirements of the final part.
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We Are Present All Over The World
We engineer reliable solutions that eliminate production risks and deliver high-quality results, even in the most demanding manufacturing environments. Our focus is precision, efficiency, and long-term performance for every component we produce.
