Water Jet Deburring & Edge Finishing Systems

High Pressure waterjet deburring is an advanced, non-contact precision processing technology that uses ultra-high pressure pure water jet to remove burrs and clean workpieces simultaneously. It is clean, deformation-free, and highly consistent, making it the ideal solution for high-precision components.

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What is Water jet deburring & deflashing?

Waterjet deburring is an advanced manufacturing process that utilizes ultra-high pressure water streams to remove burrs and sharp edges from machined parts. This non-contact method ensures consistent, high-quality finishing without damaging the workpiece.

The technology combines precise nozzle control with optimized water pressure to selectively target and remove burrs while preserving critical part dimensions and surface finishes.

Precision Control

CNC-controlled nozzles for accurate deburring

Eco-Friendly

Water-only process with no chemicals

High Efficiency

Fast cycle times with consistent results

Working Principle

Tap water is pressurized to over 50MPa (7000psi) by high-pressure pump.

Forms hundreds of meters per second high-speed jet through 0.1–0.5mm nozzle.

Shear force and wedging effect break burrs instantly.

Cavitation impact enhances deburring for deep holes and cross holes.

Key Specifications

Max rapid speed

45m/min

Positioning accuracy

±0.05mm

Working pressure

7000psi

Flow rate

30L/min

Spindle speed

500rpm

Control

4-axis linkage CNC

System

GSK / Fanuc (optional)

Three Core Components

Fully Enclosed Machining Cabin

Integrated sealed structure with 4‑axis linkage CNC, enabling precise, quiet and safe automatic deburring and cleaning for complex workpieces.

Ultra-high Pressure Pump System

Provides stable high‑pressure water power (up to 7000psi) to generate high‑speed waterjet, ensuring efficient and consistent burr removal.

Water Recycling & Mist Management

Multi‑stage filtration for water reuse, with mist collection to keep operation clean, environmentally friendly and cost‑effective.

Equipment Advantages

High Precision

Stable machining for micro holes, complex passages, and critical surfaces.

No Thermal Damage

Cold working process; no deformation, discoloration, or thermal stress.

Eco-Friendly

Closed-loop water filtration system, recyclable water, zero dust discharge.

Fully Automated

4-axis linkage, closed cabin, automatic door, easy operation.

Strong Compatibility

Suitable for metal and non-metal precision parts.

Deep Hole Capability

Excellent for cross holes, blind holes, and inner galleries.

Process	Advantages	Disadvantages
UHP Waterjet	High precision, no heat damage, deep hole accessible, eco-friendly	Moderate equipment investment
Manual Deburring	Low initial cost	Low efficiency, poor consistency, easy surface damage
Sand Blasting	High efficiency	Dust pollution, surface abrasion, poor deep hole effect
Electrochemical	Good for small parts	Liquid pollution, corrosion risk, complicated disposal
Thermal Deburring	Fast processing	High energy consumption, high safety cost, limited application