Precision Desktop CNC Cutting Machine-Laser cutting machine_CANLEE Laser

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Precision Desktop CNC Cutting Machine

CSTG Series Precision Benchtop CNC Cutting Machines—A Leader in the CNC Cutting Industry—CSTG Series Precision Benchtop CNC Cutting Machines, a line of CNC cutting equipment. Ultimate craftsmanship, pioneering technology by CANLEETECH. Real-world photos showcase our 100% dedication, giving you peace of mind. GIGNCALLERY Product Specifications: What you want to know is exactly what we’ve worked hard to deliver. PRODUCT SPECIFICATIONS: Precision benchtop CNC plasma cutting machines, ideally suited for fine plasma and laser-like plasma applications, designed to achieve high performance on medium- and thin-gauge nonferrous metal sheets, stainless steel, aluminum, and carbon steel plates.

CNC precision desktop plasma cutting machine, ideally suited for fine plasma and laser-like plasma cutting, delivering high-speed, high-quality cuts on medium- and thin-gauge nonferrous metal sheets, stainless steel, aluminum, and carbon steel plates.

The cutting products feature narrow kerfs, precise bevel angles on the cut surfaces, and high-quality cut sections. They are widely used in industries such as shipbuilding, metallurgy, boiler and pressure vessel manufacturing, precision machining, and construction machinery. This machine integrates CNC technology, computer technology, and precision mechanical engineering; both longitudinal and transverse movements are guided by precision ball-screw linear guides, ensuring excellent guiding accuracy. The machine frame is a monolithic structure, with a welded box-type crossbeam that houses the transverse drive mechanism and the ball-screw linear guide for the torch’s lateral travel. For double-sided drive models, a pair of identical longitudinal drive units, powered by servo motors, drive precision-stage output gears that mesh with precision rack bars mounted on the frame, thereby enabling the end frames to move longitudinally. This design ensures smooth operation and high cutting accuracy. The transverse movement of the main cutting torch is achieved via a precision rack on the crossbeam, which converts rotary motion into linear motion. A computer-controlled CNC cutting system then produces the geometric shapes specified by the user.

This machine is equipped with a segmented exhaust and dust-collection system, featuring externally mounted exhaust ducts and mechanical damper valves. By sequentially opening the dampers via Y-axis movement, the exhaust performance is exceptionally effective.