Cold Hydro-Abrasive Stream

Five-axis stream mechanics and taper compensation

60,000 PSI high-pressure abrasive water erosion eliminates heat-affected zones and mechanical stress across exotic alloys, composites, and thick stock.

Surface Finish Grading

Q1 through Q5 edge standards

Selectable feed-rate adjustments balance production velocity against surface roughness parameters.

Q1 - Q2 Rough Separation

Q3 - Q4 Standard Profile

Q5 Precision Taper-Free

High-velocity abrasive cutting optimized for rapid part blanking, structural roughing, and non-critical profile separation.

Balanced traverse rates producing clean, square edges suitable for immediate secondary machining or standard mechanical fit-up.

Micro-feed dynamic articulation delivering zero angular deviation and mirror-finished faces ready for direct assembly.

Nesting Protocol

Four-step production workflow

01
02
03
04

CAD Intake & Parsing

True-Shape Optimization

60,000 PSI Cutting

CMM Verification

Direct processing of DXF, DWG, or native CAD files to extract geometry and verify part integrity.

Advanced nesting algorithms calculate optimal part orientation to minimize raw plate scrap across high-cost alloy billets.

Multi-axis abrasive stream erosion executes clean profiles without introducing thermal distortion or micro-cracking.

Rigorous dimensional inspection confirms adherence to strict customer tolerance bands before dispatch.

Machine Metrics

Quantitative operational limits

60,000

PSI operating pressure

0.010"

minimum kerf width

5-Axis

dynamic articulation

±0.003"

linear tolerance band

Submit part drawings for machine time estimation

Upload your vector profiles and material specifications to receive immediate engineering evaluation and lead-time scheduling.