THF30Plus Fiber Stationary Laser Marking Machine
TINHO developed latest laser technology in the world, and designed THF series Fiber fly laser marker is one latest application on plastic based on well marketing experience, designed the printer with well compact & integration to suit for fast & long time printing on plastic pipe, cable & plastic, meet 24hours continuous working. Smart & simple operation to meet different line speed and materials.
1.Laser oscillation in the special Fiber optical wave, low dissipation, good stability and is not affected by external dust gas and mechanical looseness, the output of a laser beam is stable.
3.Processing speed is 2 to 3 times the traditional laser marking machine.
4.Wind cooling fiber laser, no consumables, low maintenance, high photoelectric conversion rate, low consumption (500 w) or less, use cost.
5.Integrated design, small size (there are a whole cabinet and portable optional).
6.Environmental adaptation ability strong can be in vibration, shock, dust, humidity environment continuous work, easy to implement with optical fiber coupling, which can realize remote work.
7.Bar code, qr code, graphics, text rules and irregular marking serial number, etc.
Software running on WINDOWS platform, Chinese/English interface, can be compatible with AUTOCAD, CORELDRAW, PHOTOSHOP software, such as PLT, PCW, DXF, BMP, etc, but also can be used directly SHX, ttf font.
Output Power: 10/20/30/50W
Beam quality M2: ＜1.5
Laser wavelength: 1064 nm
Pulse frequency: 20 KHZ – 100 KHZ
110 mm x 110 mm (can be customized)
Marking Depth: ≤0.3mm
Marking Line Width: 0.01-0.2mm (based on difference material).
Min character Size: 0.015mm.
Repeat accuracy: + / – 0.003 mm
Marking area locating: Red-light locating system.
AC 100-260 v 50/60 hz
Suitable for electronic components, electrical products, IT industry, auto parts, hardware tools products, precision instruments, gift accessories, medical equipment and other high-end products of precision, fine logo printing.
Send your message to us:
TINHO© All Rights Reserved 2019