WATER CUTTING PLATFORM

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WMT Waterjet Cutting
Applications in the Stone Industry

Waterjet cutting can perform intricate pattern cutting on tiles and marble materials, creating vivid and lifelike designs after assembly, which significantly enhances the artistic value of tile and marble inlay work. It also plays a crucial role in 45-degree chamfer cutting of new materials such as sintered stone.

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The Main Advantages

High Cutting Precision

Water jet cutting typically achieves a precision of ±0.1 mm, allowing it to accurately cut the desired shapes and dimensions. This reduces the need for subsequent machining processes, thereby improving production efficiency and product quality.

Wide Range of Materials

Water jet cutting can handle almost all types of materials, making it highly versatile across various industries and capable of meeting the processing needs of different materials.

No Thermal Deformation

Water jet cutting is a cold cutting process that generates no heat during operation. As a result, it eliminates the risk of thermal deformation and heat-affected zones in the material being cut.

Environmentally Friendly and Pollution-Free

The primary medium used in water jet cutting is water. The process does not produce harmful gases, dust, or noise, making it an environmentally friendly option.

High-Quality Cutting Surface

The cut surface produced by water jet cutting is smooth and flat, free from burrs and cracks. This means that most parts can be used directly without the need for additional grinding, thereby reducing processing time and costs.

Ability to Cut Complex Shapes

With the aid of a CNC (Computer Numerical Control) system, water jet cutting can precisely control the cutting path. This enables it to easily achieve the cutting of complex shapes, curves, and patterns.

Application Scenarios

Tile and marble inlays

WMT waterjet cutting is widely used in the tile and marble inlay industry, offering cutting precision of ±0.1mm to meet intricate and high-precision cutting requirements.

Applications in sintered stone and under-mount sink cutting

WMT waterjet cutting is widely used in the cutting of sintered stone and ceramic undermount sinks. With laser height detection, it ensures high surface conformity during cutting.

Application in marble and granite processing

Precision cutting of marble and granite slabs for flooring, wall cladding, and decorative inlays, meeting the needs of complex shapes and fine processing.

Application in the thick slab and shaped slab industry

Capable of cutting complex patterns and stone up to 300mm thick, meeting the requirements of special engineering projects.

Auxiliary cutting for stone surface treatment

Precise pre-processing cutting in coordination with sandblasting, polishing, and other treatments.

Industry Advantages

WAMIT pioneered the direct-drive pump era for water jet cutting in China. In 2014, the first generation of WAMIT servo direct-drive pump was introduced, significantly reducing the operating costs of water jet cutting. This first-generation pump uses a 15 kW servo motor for direct drive, which saves up to 60% of electricity per hour compared to the traditional 37 kW asynchronous motor. Additionally, the direct-drive mechanism eliminates the need for hydraulic and cooling systems. This not only reduces the initial equipment investment costs but also solves issues related to hydraulic system leakage and maintenance.

In 2024, WAMIT launched the second-generation direct-drive pump, which represents a comprehensive upgrade from the original technology. The number of components has doubled, and the processing efficiency has increased by 80%. The pump is equipped with an intelligent control system that allows users to monitor the equipment's operation in real time via a mobile app. It also enables precise calculation of operating costs and remote assistance, allowing us to identify and resolve issues for customers promptly.

Customer Case

WMT Ultra-High Pressure Waterjet Cutting Case in the Glass Industry

A household appliance glass manufacturing and processing company had purchased a total of 16 dual-head, direct-drive pump energy-saving waterjet machines…

Application of WMT Ultra-High Pressure Waterjet Cutting Machines in the Stone Industry

WMT waterjet cutting technology has been widely applied in the stone and decorative materials industry due to its high precision,…

WMT Conveyor Belt Cutting Case Study

Waterjet cutting technology is widely recognized for its ability to process high-performance materials with exceptional precision. From rubber and fiberglass…

Application of WMT Waterjet in the Metal Cutting Industry

WMT waterjet cutting technology is renowned for its ability to perform high-precision cutting on a wide range of metal materials,…

WMT Enclosed Waterjet Cutting Customer Case

An optoelectronic glass company based in Shandong Province recently invested in a fully enclosed 1m × 1m waterjet cutting machine…

Customer Praise

★★★★★

1010 water jet cutter blade steel table

Very good service and product!!!

ALISON WHITE

USA

★★★★★

WMT Sand Removal Equipment

Bought the second unit for our company in Canada — very convenient!!

Mike

Canada

★★★★★

WMT 3090 Waterjet Cutting Machine and Second-Generation Servo Pump

We are in Indonesia and chose the WMT waterjet — the cutting results are excellent!!

Dennis

Indonesia

★★★★★

WMT3060 Waterjet Cutting Equipment

This machine works well and the delivery was very smooth — especially the 60,000 psi direct drive pump, which has saved us a lot of costs.

Maksim

Russia

★★★★★

WMT 3090 Waterjet Cutting Machine

very satisfied with the product and service

Luca

Italy

FAQ

What is a waterjet cutting machine?

A waterjet cutting machine is a tool that uses a high-pressure stream of water, often mixed with abrasive particles, to cut a wide variety of materials. It is known for its precision and ability to cut without generating heat, making it ideal for metals, stone, glass, and composites.

What are the advantages of direct-drive pumps compared to traditional booster pumps?

Direct-drive pumps feature a simpler and more compact structure, lower energy consumption, faster start-up and shutdown times, eliminate the need for hydraulic oil, require easier maintenance, and offer lower overall operating costs.