Yorklaser is your best choice
The advantages of yorklaser are as following:
1.Yorklaser engraver adopts the tank which is composed by the 3mm steel plate platform, integrate the movement system and laser system into one plane, making the mechanical system and laser system woke more stable.
2.Yorklaser engraver and cutter
adopts the DSP digital chip control interface card, compatible software is CorelDraw, CAD which can output directly, support the BMP, PLT, AI, DST, DXF, etc format.
3.Yorklaser engraver adopts three imported linear guides, 3M synchronous belt and driver with American chip, coordinate with big torque synchronous motor, making the processed goods’ cutting precision and curve more accurate and smoothing.
4.Yorklaser cutter adopts stable and efficient laser power devices and high power, small facula, high responsive laser, sufficiently develop the machine's potentiality.
5.Yorklaser engraver flight beam path system adopts wear-resistant metal molybdenum mirror and imported lens, greatly reduce the machine’s running cost.
6.Yorklaser engraver is the first to adopt deceleration synchronous idle gear in the same industry, further improved the cutting precision and finished surface smoothness.
Yorklaser supplies the prime performance, the lowest price, the best
quality laser engraving machines
to our customers.
When choosing the laser equipment we don't need to consider the machine which with complete-function and high speed, since most of the functions that we don't use and fast engraving speed is unnecessary. When engraving the india rubber sheet, if the engraving speed is fast then the engraving depth can't meet the printing needs...(2010.2)
The working principle of laser embroidery is that high-intensity laser which is launched by laser, and its trajectory is controlled by the advanced galvanometer, carved hole in a variety of cloth fabrics, in order to create the effect of being fashionable, trend-setting. So, it is essentially different from the effect which is embroidered by embroidery machine...(2010.2)