In the laboratory of materials, machinery and other disciplines in universities, the high-pressure water jet MINI all-in-one machine has become a powerful assistant for teaching and research due to its “small size, strong adaptability” characteristics. Its core advantages are concentrated in four aspects: safety, compatibility, precision and energy saving.
1、 High safety, suitable for teaching scenarios
The high-pressure water jet MINI all-in-one machine supports low-pressure regulation, and is equipped with a fully enclosed protective cover and emergency stop device to avoid the splashing and high temperature risks of traditional equipment. The preset parameters of the touch screen simplify the operation, and students can get started after basic training, greatly reducing teaching safety hazards.
2、 Multi compatible, supporting interdisciplinary needs
Using “water+sand” as a medium, it can cut metals, glass, composite materials, etc. without a heat affected zone and without changing material properties. A high-pressure water jet MINI all-in-one machine can meet the needs of material science sample cutting, artistic design and irregular processing, reducing laboratory equipment investment.
3、 High precision, ensuring scientific rigor
The high-pressure water jet MINI all-in-one machine is equipped with a CNC system, with a cutting accuracy of ± 0.1mm, and supports complex path programming. Being able to accurately prepare samples of chip packaging materials, fiber reinforced materials, etc., ensuring sample consistency and laying the foundation for the reliability of experimental data.
4、 Clever energy-saving, adapting to laboratory limitations
Covering an area of only about 01 square meters, the energy consumption is 1/5 of industrial equipment, the sand water consumption is low, the circulating water treatment system reduces emissions, meets the requirements of green laboratories, and reduces operating costs.
The high-pressure water jet MINI all-in-one machine miniaturizes industrial technology, connects theoretical teaching with practical applications, and is an efficient solution for university laboratories.
