How Thick Can A Waterjet Cut?

The thickness that a waterjet can cut depends on several critical factors, including water pressure, material properties, abrasive parameters, and cutting speed. Under optimal conditions, waterjets can cut through materials over 300 millimeters thick, such as steel, stainless steel, stone, and composites. Additionally, compared to other cutting methods, waterjets maintain a heat-free cutting process and high-quality results across a wider thickness range, making them the premier choice for thick material processing.

• February 14, 2025

Wire EDM Machine Buyer’s Guide

When choosing and buying a Wire EDM machine, key factors to consider include the material type, part complexity, and precision requirements of your projects. Established brands like Makino, Mitsubishi Electric, and Fanuc offer reliable machines, while emerging brands like Accutex and Minnuo provide high performance at competitive prices.

• February 13, 2025

How To Cut Aluminum Sheets and Plates？

n fact, there is no single answer to this question. The choice of tool and method depends on the thickness, shape, precision requirements, and working environment of the aluminum sheet. For thin aluminum sheets, manual tools such as metal shears and jigsaws are often sufficient. For thicker aluminum materials, you may need a circular saw, cutting machine, or even high-precision CNC machines or laser cutting machines.

• February 12, 2025

The Difference Between Lathes and Milling Machines

Simply put, milling machines are ideal for creating flat or complex shapes, while lathes are best suited for cylindrical parts. While milling machines can handle detailed tasks such as engraving and cutting intricate profiles, lathes excel in turning round parts like shafts, rods, and screws.

• February 12, 2025

How dimensionally accurate are 3D printed parts?

The type of 3D printing technology, the materials selected, environmental conditions, and printer calibration all influence the dimensional accuracy of the printed parts. Depending on the printer and technology used, the accuracy range can vary from microns to millimeters, with some technologies achieving high precision levels of up to ±0.05 mm.

• February 11, 2025

What is Clean Energy?

Clean energy refers to environmentally friendly energy sources that produce little or no pollution, including solar energy, hydropower, geothermal energy, and biomass energy. These energy sources offer both environmental and economic benefits. Wind power, as an important part of clean energy, generates electricity by using wind to rotate blades and increase speed through a gearbox. The large blades are made from high-strength composite materials, and with the high precision and large processing range of gantry machining centers, processes such as cutting, drilling, and milling ensure the quality and performance of the blades. This enables the processing of blades in various sizes and shapes, contributing to the development of clean energy.

• February 11, 2025