Oblique Arm Type Semi Automatic Silkscreen Printer for Silk Screen Printing

• Customization: Available
• Type: Oblique Arm Screen Printing Machine
• Style: Screen-process Printing Press
• Model NO.: TMP-70100B
• Structure: Single-revolution printing press
• Color & Page: Single-Colour Printing Press
• Application: Packaging Printing
• Transport Package: Plywood
• Specification: 1600*1250*1300mm
• Trademark: TAMPRINTER
• Origin: Guangdong, China
• HS Code: 8443198000
• Production Capacity: 100 Sets/Month

Product Description

Machine parameters:

Worktable size(mm)		800*1100mm
Max print area(mm)		700*1000mm
Max plate size(mm)		1000*1300mm
Min plate size(mm)		550*650mm
Thickness of substrate (mm)		0-20,0-50mm
Printing speed(pcs/h)		500-1200pcs/h
Working air pressure(Mpa)		0.3-0.5Mpa
Gas consumption(0.6Mpa)(L/pcs)		13/pcs
power(kw)		2.3kw
Work table minimum relative height (mm)		820mm
Overall Dimension(l×w×h)(MM)		1600*1250*1300mm
weight (kg)		480kg
Rated voltage(V/Hz)		220V50Hz

Product Image:

feature:
(1). The printing machine is driven by a belt-driven motor, which is sensitive, speed balanced and speed adjustable.
(2). Inclined arm lifting motor, frequency conversion speed regulation, the machine runs smoothly.
(3). Squeegee and back scraper pressure adjustment device, and can be adjusted to print thickness and size.
(4). Vacuum-suck fixed prints.
(5). The printing plate has up-down, left-right, and front-rear adjustment devices to make it accurate and convenient on the board.
(6). Equipped with safety device, it can stop the tilt arm in the upper position with reliable safety.
(7). The electronic control unit is centrally controlled by a microcomputer controller. The entire operation is simpler, more flexible, and easier to maintain.
Packaging and shipping:

Partners and customers:

certificate:



Screen printing is a printing technique in which the mesh is used to transfer ink to a substrate, except in areas where the ink is impermeable by closing the stencil. The blade or scraper moves on the screen to fill the opening mesh with ink, and then the reverse stroke makes the screen contact the substrate instantaneously along the contact line. As the screen bounces back after the blade passes, this causes the ink to wet the substrate and pull out of the mesh.

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