Desktop Semi-Automatic Screen Printing Machine

specification:

1. The single-chip microcomputer IC cooperates with the touch panel to compile the action program

2. Automatic four-digit counter to count the printing quantity

3. Full-cast aluminum body with metal paint on the surface

4. Double-column lifting structure, stable and high precision

5. Adjustable left and right stroke, Taiwan photoelectric switch limit

6. The angle of the scraper/return ink knife can be adjusted arbitrarily

7. The squeegee constant pressure device ensures stable pressure during the printing process

8. The worktable is fine-tuned and locked before and after the right, left and right, and the rotation angle

9. The position of the screen frame can be adjusted front and rear, left and right, horizontal, height

10. Aspirating stainless steel countertop, adsorbing various film products

11. Equipped with Taiwan CEC hydraulic buffers up and down to eliminate printing vibration,

12. The whole machine runs fast, stable and low noise

13. Action mode selection: Fully automatic｜Semi-automatic｜Manual

14. Starting method: Panel｜Foot switch

15. Scraper pressure control: pressure regulating valve constant pressure

16. Up and down drive mode: pneumatic

17. Left and right drive mode: pneumatic

18. Maximum printing area: 300*350mm

19. Left and right travel: 4000MM

20. Up and down journey: 180MM

21. Table area: 300*500M

22. The maximum height of the workpiece: 120MM

DONGGUANG YIJIANG Photoelectricity Technology Co., Ltd. was established in 2016. The chief engineer and technical backbone of the company have 8-13 years of industry experience, and have made certain achievements in the semiconductor, aerospace, electronics and other industries. The company has served more than 12,800 companies since its establishment. +, The main equipment at this stage are: UV LED curing machine (system), UV ultraviolet curing machine, infrared (IR) tunnel oven, spraying equipment, industrial precision oven, vacuum oven, screen printing

machine, etc. Used in semiconductors, aerospace, new energy vehicle battery modules, new chemical composite materials, liquid crystals, mobile phone panel bonding, glue bonding, screen printing inks, precision electronics, optical communications, polymer chemical materials, medical industry, furniture wood, printing Inkjet, etc. In July 2019, the chief technical engineer of the company and the academician of the International

Optoelectronics Research Institute jointly developed a complete set of UV curing equipment suitable for semiconductor applications. Designed for reliability, designed for efficiency, and manufactured for durability, we are committed to developing more advanced UV curing systems, providing more cost-effective products, better technical guidance, and better after-sales service.