model：TM-CCD5070TP

 CCD precision screen printer with camera alignment for FPC  Multi-color overprinting parameters

Printing area	660*900mm
Printing table area	500*700mm
Printing table process	precision processing + hard anodizing
Printing table material	Customized industrial magnesium aluminum
Printing speed	10~300mm/sec
Screen rise height	50mm from the table
Maximum screen frame size	700*1200mm
Maximum screen frame thickness	35mm
Printing material thickness	0~5mm
Positioning accuracy	±0.05mm
Printing accuracy	±0.02mm
Scraper angle adjustment	0~40 degrees
Power and consumption	AC380, 50/60Hz, ~1.8Kw
Air pressure	4~6Kg/cm2
Machine size	L1500*W1100*H1650
Machine weight	About 480Kg

 

 

 

Scope of application:

ITO conductive glass/ITO conductive film/light guide plate/cold light plate/touch panel/flexible circuit

 

Product features:

1. Printing adopts WEIMIAO servo motor and synchronous belt linear transmission, with good stability

2. The horizontal and vertical fine-tuning of scraping/printing adopts separate card adjustment, with fine-tuning accuracy ±0.05mm

3. The printing platen is horizontal and vertical, with a fixed point accuracy of ±0.05mm

4. The printing platen is made of industrial magnesium aluminum with precision machining, and the horizontal surface tolerance is within ±0.01mm

5. X, Y, θ three-axis independent printing platen, with a fine-tuning accuracy of ±0.02mm

6. The horizontal fine-tuning of the distance between the platen and the screen, the distance code table is set to 1~100mm

7. The running platform adopts Xinjie servo motor plus synchronous wheel with linear slide rail to enter and exit

8. The screen clamp seat has a 4-point horizontal correction device and a 4-point pneumatic clamping device for the screen

9. The horizontally movable steel plate clamp seats on both sides are supported by linear tracks, and the front end does not tilt

10. Touch screen and LCD operation panel with more than ten functions

11. The operating system has an intelligent teaching mode, which will automatically display and troubleshoot prompts when there is improper operation or failure.

 

III. Structural description

Electric voltage stabilization method or device Power source has no voltage stabilization, PLC has built-in voltage stabilization device

Air pressure stabilization method or device The air inlet is equipped with a double combination to fix the air pressure at the required pressure

The scraper group constant pressure or device The scraper is equipped with a pressure regulating valve to fix the air pressure to a constant pressure

The screen frame clamping method or device Manual clamping on the left and right

The screen frame seat lifting method Vertical lifting

The printing component position Uses a beam to place evenly

The printing component movement method Uses Panasonic servo with timing belt drive, moving left and right

The printing plate suction method Optional automatic suction or manual suction

The printing table movement method CCD automatic alignment

Printing method switching Single/double printing, single/continuous printing

Counter Accumulated times

Operation method Touch screen control, foot switch control

Protection device Motor overload protection, safety cover protection and emergency stop switch

Spare parts Free replacement of parts during the warranty period (force majeure and human factors are not covered by the warranty)

Warranty period One year from the date of production on the machine nameplate, lifetime warranty

After-sales service Service base (Mainland China)

CCD device description

Visual alignment CCD placement combination Visual alignment CCD detection device

1. Up and down axis linear slide rail mounting bracket (2 sets) 1. High-resolution LCD display (10.4 inches)

2. 10.4-inch video camera fixed axis bracket (2 sets) 2. High-definition black and white camera

3. Front and rear/left and right axis precision fine-tuning alignment (2 sets) 3. Adjustable coaxial optical alignment mirror (50 times magnification)

4. LCD display with double crosshair positioner