Leather Marking and Cutting

As leather is extensively applied in many industries like apparel, shoe, bag and so on, EASTERN LASER specially develops many laser machines, which can precisely cut and mark genuine leather, artificial leather, PU, etc. Compared to the traditional techniques, laser marking and cutting features high cutting precision, better performance, low cost, handy operation, etc., wining the favor of customers.

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Applicable Models

    1. DDB Series 3D Laser Marking MachineWith the optimum use of the cutting-edge laser technology, the marking performance of this non-metal laser marking machine is stunningly breathtaking, even doubling the added value of the original products.
    1. CMT Series CO2 Laser Marking MachineThe CMT series CO2 laser marking machine adopts a metal-sealed radio frequency laser imported from America and a high-speed scanning system with vibrating mirrors, specially designed for such industries as apparel, leather, artwork and craft and so on to fast cut and engrave on various non-metal materials.
    1. ETC Series Single Head Laser Cutting MachineThe single head laser machine is well suitable for operating in factories under comprehensive quality management system and its three indicators namely stability, accuracy and speed have all reached the world first-class standards.
    1. ETD Series Double Head Laser Cutting MachineThe two CO2 laser heads installed on the double head cutting machine can work at the same time, doubling working efficiency while remaining the same cutting performance, so this CO2 glass tube laser machine is a magic tool for clients in the mass production industry.
    1. DF Series CO2 Laser Marking MachineThe CO2 laser marking machine is specially developed for the industries like apparel, leather, artwork and craft and so on to cut and engrave fast on various non-metal materials so as to double the added-value of original products.
    1. ETY Series High Efficiency Laser Cutting MachineThe high efficiency laser machine makes it possible to cut and load materials at the same time, enhancing about 60% of working efficiency compared to a laser cutting machine with only one processing station.