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The MICRO-Cutter is a tool for cutting pipes with nominal diameters between 80 and 150 mm. A great access via arches is made possible by the components’ short rigid lengths and tiny outer diameter (only 70mm).
Opening sanitised home supply and sewage pipelines is made possible by the MICRO-Cutter. It is also possible to perform preparatory work like mortising roots and related procedures.
Gas, drinkable water, and downpipes can all be used with the gadget. With the aid of the built-in camera, the mortising procedure is performed under the operator’s constant observation.
The Global Micro Cutting Robot market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Subtractive machining procedures continue to be fundamentally reliant on the cutting tool. The growing demand for the development of new microtools, which is essential to the advancement of modern production, is a reflection of the significance of this machining component.
In addition to having the capacity to machine hard, brittle materials like glass, superalloys, and ceramics, micro cutting is a versatile and effective machining technique for creating functional, high-quality, advanced material components.
These materials are widely used in several industries, including the biomedical, optical, and mould and die sectors.
The ability to solve this issue and advance this technology has been made possible by advancements in understanding of the tiny mechanical mechanism underlying the removal of material under specified circumstances, known as ductile mode machining of brittle materials.
Despite this development, there are still issues with ductile mode machining. In the ductile machining of tungsten carbide (WC), Liu et al. demonstrated that cubic boron nitride (cBN) tool wear was comparatively high.
This is made worse by the difficulty in making multi-edged micro cutting tools and the ensuing finishing issues, both of which place restrictions on the degree of geometrical complexity and asymmetrical elements that can be imprinted on the tool.
