PCB Circuit Silk Screen Printing Machine
Description
Ideal for Precision Screen Printing on Various Rigid PCBs:
Circuits, Soldermask, Green Ink, and TextAvailable in both fully
automatic and semi-automatic models, this system features a robust
vertical alloy frame. The motor, combined with precision rails,
ensures smooth vertical movement, providing exceptional stability
and a long service life with minimal maintenance.
The squeegee assembly is controlled by an independent constant
pressure air cylinder group, while the high-hardness tabletop is
equipped with evenly distributed air holes for fast, stable
printing speeds. It can also be equipped with a docking station and
conveyor belt for enhanced automation.
Specifications
| Machine Name | Auto PCB Circuit Silk Screen Printing Machine | Semi-automatic PCB Circuit Silk Screen Printing Machine |
| Machine Model | MDS-7050 | MDS-1250 | MDS-1260 | MDS-1250-B |
| Print Area | Maximum Print Area:
700mm*400mm
Minimum Print Area:
350mm*200mm | Maximum Print Area:
1250mm*500mm
Minimum Print Area:
350mm*200mm | Maximum Print Area:1250mm*600mm Minimum Print Area:400mm*250mm | Maximum Print Area:
1250mm*500mm
Minimum Print Area:
350mm*200mm |
| Maximum Frame Size | 1200mm*930mm | 1700mm*1050mm | 1700mm*1050mm | 1700mm*1050mm |
| Printing Table Size | 1000mm*750mm | 1500mm*900mm | 1500mm*750mm | 1500mm*700mm |
| Print Speed | 580 pieces per hour (Depending on the complexity of the circuit) | 450 pieces per hour (Depending on the complexity of the circuit) | / |
| Print Thickness | 0.8-3.0mm | 0.6-3.0mm |
| High Of Wipe Mesh | 300mm |
| Feeding Direction | Left in, right out / Right in, left out (customizable) |
| Security Measures | Through-beam light grating + Self-locking air valve |
| Loading and Unloading Method | Automatic loading and unloading | Manual loading and unloading |
| Operation System | PLC system for easy operation |
| Power Supply | Three-phase five-wire AC380V 5.5KW | Three-phase five-wire AC380V 4.0KW |
| Air Supply | 0.5MPA-0.7MPA |
| Machine Dimension(L*W*H) | 3500*1320*1750mm | 4900*1400*1750mm | 4900*1500*1750mm | 2200*1400*1750mm |
| Machine Weight | 900KG | 1000KG | 1100KG | 800KG |
Versatile Applications: Circuits, Soldermask, Anti-Electroplating,
Anti-Corrosion, Text, And More
Compatible with various solder mask inks, printing inks, conductive
inks, shielding inks, protective inks, thermosetting inks, and
photo-sensitive inks for printing.
Sturdy Vertical Structure With Frequency Control For Fast And
Stable Stencil Movement
1. Robust, Durable Integrated Frame: The machine base is designed
for durability, with a motor-driven, precision rail system for
stable vertical movement of the stencil frame. The powerful
transmission structure ensures high precision and stability.
2. Separate Precision Pressure Control for Squeegee and Doctor
Blade: The squeegee and doctor blade feature a separate precision
pressure control system, allowing flexible adjustments of ink
pressure and angle.
3. Printing Platform Flatness of ±0.08mm: The platform is made from
a single-piece cast aluminum, ensuring excellent flatness and
uniform ink application for consistently high-quality printing
results.
PLC Control System For Easy Operation, Long Durability, And
Extremely Low Failure Rate
1. Three Operation Modes for Flexibility: The fully automatic
circuit printer offers three operation modes: automatic,
semi-automatic, and manual. Choose the most suitable printing mode
based on production requirements for greater flexibility.
2. User-Friendly PLC Touchscreen Control: Easy-to-use PLC
touchscreen operation ensures quick learning and smooth workflow.
Equipped with multiple safety features, including safety light
curtains and emergency stop buttons, to ensure operator safety.
Applications:
1. High-Volume Manufacturing
Automatic Machines: Ideal for mass production, utilizing CNC
technology for continuous, efficient operation with minimal human
oversight. They excel in environments requiring consistent output
and high throughput.
Semi-Automatic Machines: Suitable for moderate batches, offering
flexibility for occasional design changes without full automation
costs.
2. Precision and Complexity
Automatic: Ensure micron-level accuracy for multi-layer PCBs and
micro-vias, critical in advanced electronics like smartphones and
medical devices.
Semi-Automatic: Provide adequate precision for simpler designs but
may require manual adjustments for complex layouts.
3. Multi-Layer and HDI Boards
Automatic: Adjust drilling depth dynamically for layer-to-layer
connections (blind/buried vias), essential in high-density
interconnect (HDI) designs.
Semi-Automatic: Require operator input for layer-specific
parameters, limiting scalability for intricate multi-layer
projects.
4. Flexible and Rigid-Flex PCBs
Automatic: Use specialized drill bits and adaptive speed control to
handle delicate flexible materials without damage.
Semi-Automatic: Depend on operator expertise to adjust settings,
posing challenges for consistency in flex circuits.
