Smart Alignment CCD Screen Printing Machine - High Efficiency PCB Printing Solution from China Suppliers and Factory
Lower User Operating Costs
-
More Compact DesignCompared to traditional CCD solder mask screen printers, the overall machine size is smaller. For the same PCB printing length, the machine length is reduced by about 40%, significantly saving floor space.
-
Higher Cost PerformanceWith fewer components than traditional CCD screen printers, the machine offers higher stability, lower maintenance rates, and reduces overall costs by approximately 20%.
Streamlined and Efficient Operating System
The system interface is simplified, retaining only essential function buttons for easy and intuitive use, allowing beginners to get started quickly. At the same time, all necessary adjustment functions are preserved, enabling personalized customization with our professional training support.
Increased Production Throughput
The CCD alignment system and printing platform are highly integrated. For example, the 650 model achieves a theoretical speed of 12 PCS/min, 2 PCS/min faster than traditional CCD screen printers, improving production efficiency by approximately 20%.
Mechanical Part
| Machine Name | Auto CCD PCB Solder Mask Screen Machine | |
| Machine Model | MDCCD-650 | MDCCD-1250 |
| Printing Mode | Manual Mode/Semi-Automatic Mode/Fully Automatic Mode | |
| Print Area | Maximum Print Area: 700mm*530mm Minimum Print Area: 350mm*200mm |
Maximum Print Area: 1200mm*530mm Minimum Print Area: 600mm*200mm |
| Worktable Dimensions | 1000mm*630mm | 1500mm*630mm |
| Maximum Frame Size | 1200mm*850mm | 1900mm*850mm |
| Print Speed | 8-10 pieces per minute (Depending on the complexity of the circuit) |
6-8 pieces per minute (Depending on the complexity of the circuit) |
| Print Thickness | 0.8-3.0mm | |
| Repeat Positioning Accuracy | ±0.02mm | |
| High Of Wipe Mesh | 280mm | |
| Drive Method | Gear Motor, Variable Frequency Drive (VFD), Linear Guide Rail, and Linear Module | |
| Security Measures | Through-beam Photoelectric | |
| Loading and Unloading Method | Automatic loading and unloading | |
| Operation System | PLC system for easy operation | |
| Power Supply | AC380V, 50/60Hz, 3.5KW Low Energy Consumption | |
| Air Supply | 0.5MPA-0.7MPA | |
| Machine Dimension (L*W*H) | L3300mm*W1350mm*H1850 mm | L5200mm*W1350mm*H1850 mm |
| Machine Weight | ≈750KG | ≈930KG |
Frequently Asked Questions
How does the compact design of this screen printer save space?
Compared to traditional CCD solder mask screen printers, the overall machine size is smaller. For the same PCB printing length, the machine length is reduced by approximately 40%, which significantly saves floor space in your production facility.
Why does this machine offer lower operating costs?
The machine is designed with fewer components than traditional CCD screen printers. This structural simplification provides higher stability, lower maintenance rates, and reduces overall user operating costs by about 20%.
Is the operating system easy for beginners to use?
Yes, the system interface is simplified to retain only essential function buttons, making it intuitive and allowing beginners to get started quickly. Additionally, all necessary adjustment functions are preserved for personalized customization, supported by our professional training.
What is the production throughput of the MDCCD-650 model?
Thanks to the highly integrated CCD alignment system and printing platform, the MDCCD-650 model achieves a theoretical speed of 12 PCS/min. This is 2 PCS/min faster than traditional CCD screen printers, improving overall production efficiency by approximately 20%.
What are the key differences between the MDCCD-650 and MDCCD-1250 models?
The primary differences lie in the maximum printing area (700mm*530mm for the 650 model vs. 1200mm*530mm for the 1250 model), worktable dimensions, maximum frame size, print speeds, physical machine dimensions, and weight. The 1250 model is designed for larger printing formats.
What are the power and air supply requirements?
Both models require a power supply of AC380V, 50/60Hz, with a low energy consumption of 3.5KW, and an air supply pressure ranging between 0.5MPA and 0.7MPA.



