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15x30cm small manual pad printer date trademark small machine shelf life coding
Product name: small manual pad printer $550
Dimensions: 640X620X230mm
Steel sheet size: 150*300*0.3mm
Ceramic ring: 140X130X12 SS-SB-1
Product power supply: AC220V 50HZ 50W
Pad printing area: 110X120MM
Printing speed: manual control
Pad head translation stroke: 145MM
Net weight of the whole machine: 35kg
Note: This model is suitable for monochrome LOGO printing, the printing effect is controlled by hand, and the consistency is worse than that of semi-automatic and automatic machines. It is suitable for proofing and small batch small factory orders. It is suitable for products made of various materials such as metal, cloth, plastic, PVC, PC, etc.
FAQ
Q1:
How to use a manual pad printer in a small workshop
A1:
An indirect concave rubber head printing technology
A manual pad printer is a printing device suitable for plastics, toys, glass, metals, ceramics, electronics, IC sealing and other fields. It transfers ink to the surface of the object through a silicone head, which is suitable for printing needs of small areas and concave and convex surfaces.
The process is very simple: first etch the designed pattern on the printing plate, apply ink to the etching plate, and then transfer most of the ink to the printed object through the silicone head.
The name "pad printer" comes from the "pad printing method", which uses the development method to accurately etch the pattern on the grinded steel plate, then apply ink, scrape off the remaining ink on the surface, and use a soft rubber head to dip the pattern ink left on the etching on the steel plate and transfer it to the object.
This printing technology has exquisite and delicate effects, and is very suitable for small areas, concave and convex surfaces and other places where other printing methods are difficult to work. Therefore, pad printers are widely used in electrical appliances, plastics, toys, glass and other industries. For example:
1 Automobile: switches, buttons, joysticks, etc.
2 Electronics: electronic components, product housings, sockets, relays, tapes, CDs, etc.
3 Daily necessities: decorations, clocks, ovens, labels, etc.
4 Toys: toy trains, dolls, building blocks, etc.
5 Culture: pens, pencils, etc.
6 Advertising: advertising light boxes, etc.
First, spray the ink on the etching board, and then use a retractable scraper to scrape off the excess ink. At this time, the solvent in the ink remaining in the etched area evaporates and forms a gelatinous surface, and then the rubber head descends to the etching board and absorbs the ink.
Ink absorption and printing products
The rubber head absorbs most of the ink on the etching board and rises. At this time, part of this layer of ink evaporates again, and the remaining part of the wet ink surface is more conducive to the close combination of the printed object and the rubber head. The shape of the rubber head should be able to produce a rolling action to exhaust the excess air on the etching board and the ink surface.
The ideal situation is that all the ink on the etching plate is transferred to the printed object. During the generation process (the ink close to 10 microns or 0.01 mm thick is attached to the substrate), the printing of the rubber head is easily affected by air, temperature, static electricity, etc. If the evaporation rate and dissolution rate are just controlled in a balanced state during the whole process from the etching plate to the transfer rubber head to the substrate, then it is considered a successful printing. If the evaporation is too fast, the ink will dry up before being absorbed. If the evaporation is too slow, the ink surface has not yet formed a gel, and it is not easy for the rubber head and the substrate to adhere.
Q2:How much is a small pad printing machine
A2:550UUSD PER SET +SHIPPING COST
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