Oil immersion fully encloses the lead screw and linear guideway in a continuous oil bath, delivering thorough lubrication while effectively isolating them from airborne dust, sand ingress, and water splash—common causes of precision wear. This design significantly reduces motion resistance and mechanical wear, resulting in a 200% increase in transmission efficiency and a 12.5× extension of precision accuracy life. Additionally, the oil chamber seals out moisture and acidic substances, providing reliable protection against rust and corrosion of metal components.
After annealing treatment to eliminate internal stress in the cast bed, concrete infusion further enhances overall rigidity, reduces vibration during high-speed cutting, and increases bed stability. This design improves machine dynamic accuracy by 20%–30% while maintaining micron-level positioning accuracy.
The split-frame design prevents tank vibration from interfering with bed accuracy. During cutting operations, the independent water tank reduces resonance effects on the cutting platform and effectively avoids bed deformation caused by tank deformation.
A rigid stainless steel cover provides robust protection, while a bellows-type flexible seal absorbs vibration. Together, they create a "hard + soft" dual protection system for the bed. The corrosion resistance of stainless steel combined with the aging resistance of the bellows seal reduces maintenance costs by 40% compared to traditional single-protection solutions.
The motor drives the lead screw directly. This direct-drive structure eliminates error accumulation from intermediate transmission components. Combined with the high-precision thread machining of the ball screw and the closed-loop control of the servo motor, micron-level positioning is achieved. Additionally, direct drive reduces mechanical inertia, significantly improving system acceleration by 2 to 3 times—dramatically boosting work efficiency.
Automatically identifies CAD electronic drawings and generates cutting path and access parameters, reducing manual coding and repetitive operations while simplifying operations and improving productivity.
Various types of cutters can handle various complex cutting conditions. Wonlean portable waterjet cutting machine strives for excellence in every cutting condition to ensure accurate and convenient cutting operations every time.
Automatically identifies CAD electronic drawings and generates cutting path and access parameters, reducing manual coding and repetitive operations while simplifying operations and improving productivity.
Everything is under control, flexible and convenient for tool adjustment, all functions from one, control machine operation at any time, magnetic suction design for easy access.
Everything is under control, flexible and convenient for tool adjustment, all functions from one, control machine operation at any time, magnetic suction design for easy access.
This CNC Water Jet cutting machine series A adopts cold cutting technology, which works without generating heat-affected zones on workpiece surfaces or changing the internal material properties of cutting edges. It supports non-standard customization and free sample trial cutting services, and is designed for material processing in various industrial scenarios. The machine integrates multiple structural optimizations to maintain stable cutting accuracy during long-term high-load operation, and fits for both batch processing and custom production of different materials for commercial procurement.
Different from thermal cutting methods such as laser or plasma cutting, this Water Jet cutting machine uses high-pressure water mixed with abrasives to complete material separation. The cutting process does not produce thermal deformation, material denaturation or burrs on workpieces, and is compatible with metal, stone, glass, composite materials and other materials sensitive to high temperature. For most conventional materials, no additional secondary grinding process is required for cutting edges.
The lead screw and linear guideway are fully enclosed in a continuous oil bath, which provides sufficient lubrication and isolates core transmission components from airborne dust, sand and water splash. This structure reduces motion resistance and mechanical wear, increases transmission efficiency by 200%, and extends precision accuracy service life by 12.5 times. The sealed oil chamber also blocks moisture and acidic substances, providing effective protection against rust and corrosion of metal components.
The cast bed goes through annealing treatment to eliminate internal stress, and is then filled with concrete to enhance overall rigidity. This design reduces vibration amplitude during high-speed cutting and improves bed stability, increasing machine dynamic accuracy by 20%–30% while maintaining micron-level positioning accuracy.
The machine adopts a split-frame design, with an independent water tank separated from the main machine bed. This structure prevents water tank vibration from interfering with bed positioning accuracy, reduces resonance effects on the cutting platform during continuous operation, and avoids bed deformation caused by tank deformation under long-term water load.
This protection system consists of a rigid stainless steel cover and a bellows-type flexible seal. The stainless steel cover provides physical barrier protection for the bed guideway, while the flexible seal absorbs micro-vibration during equipment operation. Combined with the corrosion resistance of stainless steel and aging resistance of the bellows seal, this dual protection system reduces maintenance costs by 40% compared with traditional single-protection structures, and extends service life by 5 times.
The motor drives the lead screw directly, eliminating error accumulation caused by intermediate transmission components such as gears or belts. Combined with high-precision ball screw thread machining and servo motor closed-loop control, the structure achieves stable micron-level positioning. This direct-drive design also reduces mechanical inertia, and improves system acceleration by 2 to 3 times, which effectively shortens the idle stroke time of the cutting head and increases overall working efficiency.
The built-in control system can automatically identify CAD electronic drawings and generate matching cutting paths and process parameters, which reduces manual coding work and repetitive parameter adjustment operations. The machine supports optional 3D cutting heads to handle complex curved surface and bevel cutting requirements. It is equipped with an automatic variable displacement oil pump, which adjusts oil output according to real-time working pressure demand to optimize energy consumption. A wireless remote control handle with magnetic suction design is provided, allowing operators to adjust tool parameters and control machine operation flexibly at close range.
This CNC Water Jet cutting machine is applicable to processing scenarios in multiple industries, including metal fabrication, stone and ceramic processing, glass deep processing, composite material cutting, advertising sign manufacturing and gasket production. It can handle both regular sheet cutting and special-shaped part profiling, and meets the production demands of enterprise customers for both batch orders and custom prototype processing.
Yes, non-standard customization is supported. Clients can put forward specific requirements according to their production scenarios and workpiece characteristics, and corresponding configuration adjustments can be made after evaluation.
Core components are sourced from multiple well-known industrial brands, including YASKAWA, Omron, HIWIN, Rexroth, Schneider, YUKEN, AccuStream, WEIHONG, Hypertherm, SIEMENS, KMT, and AirTAC.
Free sample trial cutting service is provided. Clients can provide workpiece materials and processing drawings to complete trial cutting verification before formal procurement.
