2026-09-20
NANJING, CHINA — Fed Jetting Tech, a pioneer in industrial high-pressure waterjet technology, has officially announced the global release of its new standard high-pressure waterjet deburring workstation: the FDS700 CNC Waterjet Center. Designed to overcome the strict cleanliness and deburring challenges of modern automotive powertrain, hydraulic valve, and aerospace components, the system utilizes extreme kinetic water jet force to eliminate internal and surface burrs without thermal effect or mechanical deformation.
Unlike traditional mechanical brushing or manual deburring, Ultra-High Pressure Waterjet Deburring forces pure water through specially designed micro-nozzles (0.5mm – 1.5mm aperture) at pressures reaching up to 50 MPa (500 bar) and velocities of several hundred meters per second. When the focused jet strikes the burr root, high shear force and micro-wedge pressure trigger immediate fatigue fracture and clean detachment.
High-velocity water jets impact the base of burrs, exerting instantaneous shear forces that trigger rapid material fatigue and clean break-off.
Jet fragmentation creates micro-liquid slugs delivering intense dynamic pressure pulses against stubborn burrs in deep bores.
Micro-cavitation bubbles collapse against the workpiece surface, generating focused shockwaves that clean micro-burrs and blind holes.
Engineered with high rigidity and high-speed CNC precision, the FD5700 offers standard 4-axis motion linkage to effortlessly navigate complex 3D internal geometries, cross-drilled holes, oil channels, and intricate valve manifolds.
| Parameter / Feature | Technical Specification | Operational Benefit |
|---|---|---|
| Model Designation | FDS700 Standard Center | Standardized design for rapid delivery & reliable maintenance |
| Working Axis Stroke | X: 700 mm | Y: 600 mm | Z: 500 mm | Accommodates large cylinder heads, housings & multi-part setups |
| Rapid Traverse Speed | 48 m/min (Max) | Dramatically reduces non-cutting cycle times |
| Repeat Positioning Accuracy | ±0.05 mm | Ensures high consistency across high-volume production runs |
| Operating Pressure | 50 MPa (500 bar) | Optimal force to shear aluminum, cast iron, and steel burrs |
| High-Pressure Water Flow | 30 L/min | Delivers continuous volumetric force with optimized power use |
| Spindle Rotation Speed | Max 500 rpm (Custom Mechanical Spindle) | Enables multi-angle rotational jetting around symmetrical parts |
| Jet Tool Holder Capacity | 4 PCS or 6 PCS (Optional) | Allows flexible auto-tool changing for varied nozzle patterns |
| CNC System | GSK / FANUC Bus-type AC Servo System | Intuitive programming, precise multi-axis interpolated control |
| Overall Machine Footprint | 5,950 mm (L) × 2,100 mm (W) × 2,800 mm (H) | Compact layout integrating pump, filtration, and mist collector |
Designed with isolated machine room and wash chamber. Features automatic sliding door and integrated mist collector to keep the workshop dry, quiet, and eco-friendly.
Heavy-duty steel bed underwent rigorous thermal stress-relief annealing to prevent structural deformation and preserve long-term accuracy under high dynamic loads.
Multi-stage fine filtration system captures removed metal chips and particulates, enabling continuous closed-loop water reuse and minimizing wastewater disposal.
Equipped with original Taiwan PMI precision ball screws and linear guide rails, backed by centralized automated lubrication for minimal wear and maintenance.
Pure water kinetic process eliminates secondary burrs, tool wear costs, and chemical residues—achieving strict ISO industrial cleanliness standards.
Seamlessly integrates with robotic arm loading/unloading systems or automatic conveyor lines for fully automated Smart Factory integration.
The FD5700 High-Pressure Waterjet Deburring Machine is specifically engineered for critical components requiring stringent technical cleanliness and burr-free internal intersections.
Mechanical brushes wear out quickly, cause secondary burrs, and cannot reach internal intersecting holes. Fedjetting's 50MPa waterjet utilizes non-contact kinetic force to clean internal cross-holes, blind bores, and complex threads with zero tool wear and consistent 100% repeatability.
No. The nozzle distance, hydraulic pressure (50 MPa), and feed rate are precisely calculated so that the kinetic impact selectively breaks thin, unyielding burr roots without exceeding the yield strength of the main workpiece body or finished mating faces.
The FD5700 features multi-stage stainless steel mesh and bag filters, capturing micro-particles down to 5–25 microns. This ensures high water purity for pump longevity and compliance with strict automotive cleanliness protocols (ISO 16232 / VDA 19).
Looking to upgrade your precision component cleanliness, automate manual deburring, or request a custom workpiece jet testing? Contact our application engineering team today.
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