STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
METALLURGICAL MICROSCOPES
STEREO MICROSCOPES
STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
STEREO MICROSCOPES
STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
STEREO MICROSCOPES
Abbrasive Cut Off Machine with complete operation for precision cutting of copper, brass, steel, alloy steel or non-metallic materials in cross sections range. A thin abrasive wheel can be used and highly accurate cutting length can be achieved
Specifications:-
Rust proof construction
Coolant Tank
Steel vise
Coolant recirculation
Cut-off wheel
Recirculation Pumps
An extremely effective and long-lasting instrument for accurate cutting and sectioning of different materials is the Abrasive Cut Off Machine Model GME-ACM. With dependable performance and accuracy for cutting operations across a variety of materials, this sophisticated machine is designed to meet the needs of both industrial and commercial applications.
The GME-ACM is primarily equipped with a robust abrasive cutting system that uses a high-speed abrasive blade to produce precise and clean cuts. The machine can easily cut through difficult materials because of its motor’s consistent power delivery architecture. Because of its endurance and cutting efficiency, the abrasive blade guarantees users can make precise cuts with less finishing work required.
An adjustable cutting table on the GME-ACM offers a secure and robust platform for workpiece positioning. This table may be adjusted in a number of ways to suit various material shapes and sizes, providing flexible and adaptive cutting capabilities. Accurate measurements and regular cutting angles are made possible by the machine’s precision stops and guides.
The sophisticated cooling system of the GME-ACM is a crucial component that aids in controlling heat accumulation during cutting. By lowering the possibility of thermal damage and lengthening the blade’s lifespan, the cooling system is crucial to preserving the integrity of the abrasive blade and the material being cut. Also, by reducing the possibility of overheating, this technology enhances operational safety.