💧 Starting from ₹5 / cm²

Waterjet Cutting

Cold-cut any material up to 150 mm thick — metals, composites, stone, glass, ceramics — with zero heat distortion and ±0.15 mm tolerance.

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How It Works

The Power of Cold Cutting

Abrasive waterjet cutting uses a high-pressure stream of water (up to 4,000 bar) mixed with garnet abrasive particles to erode material. The cutting process is entirely cold — no heat-affected zone (HAZ), no material hardening, no residual stress.

Unlike laser or plasma, waterjet cuts absolutely anything: titanium, carbon fibre, bullet-proof glass, granite — even food. It's the go-to process for exotic materials and thick sections where laser or plasma fall short.

No heat — zero HAZ, hardening, or warping on any material
Cuts any material: metals, composites, glass, stone, rubber
Up to 150 mm thickness (material-dependent)
Max bed 1500 × 3000 mm — large structural panels possible
Excellent for pre-hardened steel and reflective metals

Capabilities

Machine Specifications

📐

Max Sheet Size

1500 × 3000

mm · flat bed

📏

Max Thickness

150 mm

Material-dependent

🎯

Tolerance

±0.15 mm

±0.1 mm on thin sheet

💧

Water Pressure

4,000 bar

Ultra-high pressure pump

📦

Lead Time

3–5 days

Rush 24 h available

🌡️

Heat Affected Zone

None

Cold process — zero HAZ

Materials

We Cut Virtually Anything

If it can be held flat on the cutting table, we can cut it. No minimums on exotic materials.

🔩

Titanium

0.5 – 50 mm

⚫

Carbon Fibre

0.5 – 30 mm

🪨

Granite / Stone

up to 100 mm

🔷

Toughened Glass

3 – 25 mm

🟫

Tool Steel

0.5 – 80 mm

🔘

Inconel / Hastelloy

0.5 – 40 mm

🟡

Copper Alloys

0.5 – 30 mm

⬜

HDPE / Acrylic

1 – 100 mm

Design Guidelines

DFM Rules for Waterjet Parts

🕳️ Minimum Feature Size

Minimum internal feature diameter = 1.2 mm (abrasive stream diameter). Very small holes require a piercing start — add 0.5 mm to the edge-distance spec.

📐 Taper on Thick Material

Waterjet cuts develop a slight taper (0.5–2°) on thick material. For tight-tolerance fits on material > 30 mm, request angle-compensated cutting — quoted separately.

🔲 Minimum Bridge Width

Leave at least 3 mm between close features to prevent breakout. For brittle materials (glass, ceramics) increase to 5 mm or use tabs.

📁 File Preparation

Upload DXF (scale 1:1, closed contours) or STEP. For complex stone or glass work, send a PDF sketch with critical dimensions called out.

💡 When to choose waterjet over laser: Waterjet is preferred for material > 10 mm thick, reflective copper or brass > 6 mm, all non-metals (glass, stone, CF), and any application requiring zero HAZ.