Ruizhou Technology Computer Numerical Control Cutting Machine
1、 Product Introduction:
◇ [Non laser cutting, non burning, non discoloration, no odor, ultra-high frequency vibration knife cutting technology, vibration knife cutting cold cutting, smooth and flat edges, beautiful appearance, no need for secondary trimming].
◇ [For the cutting composite material industry]: prepregs, dry fabrics, and multi axial fabrics of carbon fiber (CFRP), glass fiber (GRP), aramid, Kevlar, basalt fibers, and other materials; KT board, honeycomb board, acrylic board, plastic board, PVC soft glass, sponge, fireproof cotton and other flexible materials.
◇ [Including] - Six functional modules: data collection, design, paper grid output, sampling, layout and material calculation, and production cutting
◇ [High tech]: Ultra high frequency vibration knife technology achieves perfect cutting.
◇ [High speed]: Cut a circle with a diameter of 100mm in just 5 seconds.
◇ [High efficiency]: Without the need for cutting dies or die-cutting machines, it can complete various material die-cutting, punching, and forming work, saving a lot of manpower, cutting dies, and equipment costs.
◇ [Wide coverage]: Effective cutting range (mm): 2500 * 1600, this processing area covers many industries and materials, and most materials can be cut
2、 Seven product advantages:
(1) Using vibration knife cutting technology, there is no need to make knife molds.
(2) Multi functional cutting machine head design, highly integrated with multiple sets of processing tools, achieving one-stop operation.
(3) Can complete template cutting that is difficult, complex in style, and cannot be achieved by the cutting die.
(4) The powerful material arrangement and calculation system can achieve automatic material arrangement and accurate calculation, truly realizing the digital zero inventory strategy.
(5) By using a projector or camera to capture the contours of leather, defects in leather can be effectively identified.
(6) By accurately simulating various operational processes through computers, programmatic operations can be achieved.
(7) It can achieve timely modification of templates, saving time in development and prototyping.
