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Solar PV Linear Motor Solutions
SMARTWIN provides linear motor solutions for solar PV equipment, especially long-stroke and high-speed motion in solar cell production. With accurate feedback and stable high speed linear motors, our solutions help improve production efficiency, positioning accuracy and yield.
Solar Cell Screen Printing Equipment Application Solution
Solar Cell Screen Printing Equipment Application Solution
Solution Features:The linear motor with a long stroke design enhances movement speed, improving printing efficiency by 16%. The non-contact structure meets the requirements for a dust-free environment. The grating compensation high-precision structure ensures the accuracy of motion required by vision systems, improving production yield.The compact size of the linear motor, combined with smartwin modular structure, ensures stable performance and easy assembly.
Industry:Solar Photovoltaic Industry
Equipment Name:Solar Cell Screen Printing Equipment
Industry Application:Silver paste and aluminum paste are pressure-printed onto the cell surface to form the positive and negative electrodes of the solar cells
Operating Environment:Standard Temperature Workshop
Structure:The intelligent Smartwin profile structure for multi - mover long - stroke travel
Configuration Description:CFB075 series linear motors, Smartwin magnetic grid encoders, THK guide rails, Smartwin drivers
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Service Support
Call:+86 400 807 1566 Related parameters
FAQ
- Q:
How can solar cell screen printing keep the print stroke stable at high speed?
A: During silver paste and aluminum paste printing, the print stroke must remain steady while the platform repeats fast linear movement. Smartwin CFB075 linear motor can drive the long-stroke printing axis, and magnetic grid feedback tracks the actual axis position during acceleration, printing, and return movement. This supports more consistent printing motion across repeated cell production cycles.
- Q:
Why does rotary indexing affect PV screen printing takt time?
A: PV screen printing equipment often switches between printing, visual inspection, and cell transfer stations. If rotary indexing is slow or unstable, the whole module cycle is affected. Smartwin DDA360 DD motor can drive the rotary table and complete a 90° rotation in about 175-185 ms, helping shorten station changeover time while keeping the table position stable.
- Q:
What motion setup is used for printing, transfer, and inspection in PV screen printers?
A: A PV screen printer usually needs a long-stroke print axis, a rotary indexing unit, and coordinated drive control. Smartwin CFB075 can manage the linear printing stroke, DDA360 DD motor can handle fast station indexing, and AKS drive control can coordinate the motion sequence between printing, transfer, and inspection. This keeps the motion system clearer and easier to match to the process flow.
- Q:
When does a PV production line need multiple movers on one linear path?
A: Multiple movers become useful when printing, transfer, and inspection stations share one travel path but cannot wait for a single carriage to finish every action. With Smartwin CFB075 linear motor axes and AKS drive control, different movers can operate on the same path, allowing parallel movement and reducing idle time between process steps.
- Q:
Why is magnetic grid feedback important on long PV printing axes?
A: Long PV printing axes must keep position control over repeated forward and return strokes. Magnetic grid feedback provides continuous position information along the travel range, so the controller can correct small deviations before they affect print alignment or cell transfer accuracy. With Smartwin CFB075, this feedback is especially useful for wide or long-stroke PV equipment.
- Q:
Can a direct-drive PV motion system stay stable during continuous production?
A: Yes. PV screen printing equipment runs repeated printing, indexing, transfer, and inspection actions for long periods. Smartwin CFB075 linear motors handle the high-speed linear stroke, while DDA360 DD motors manage fast rotary indexing. With AKS drive coordination and encoder feedback, the system can keep motion timing, position correction, and station transfer more stable during continuous production.
