Exporting glass-processing machinery since 2002, with international project support from planning to installation and training.
Single-colour, four-colour and five-colour line layouts are available as planning references. The number of printing stations and their arrangement are selected according to the required pattern, colour sequence and production capacity.
Servo control manages the printing squeegee and ink-return movements. PLC and touch-screen controls allow operators to manage line settings, with programmed protection functions for equipment operation.
Glass positioning mechanisms and synchronized anti-slip conveyor belts support glass transfer and alignment through the printing process.
The supporting equipment covers mesh stretching, emulsion coating, exposure, developing and screen drying. This allows screen preparation requirements to be considered alongside the printing line.
Prepared Glass → Glass Positioning → Screen Printing → Drying or Curing as Required → Inspection
This is an outline for line planning. Glass preparation, ink drying or curing, and any subsequent heat treatment must be matched to the selected ink system and finished product. These stages do not imply that all equipment is included in every configuration.
Mesh Stretching & Frame Bonding → Emulsion Coating → Screen Drying → Exposure → Developing → Final Screen Drying
Screen preparation is a separate supporting process. The horizontal dryer is used after emulsion coating; the vertical dryer is used after screen cleaning and developing.
The printing line is configured around glass size, artwork, the number of colours and the required output. Multi-colour projects also require the colour sequence, alignment and drying or curing arrangements to be defined before the layout is finalized.
PLC and touch-screen controls manage mesh clamping and tension adjustment. After the mesh reaches the required tension, pneumatic lifting brings the screen frame into contact with the mesh for adhesive bonding.
Automatic Screen Stretching Machine | Screen Positioning Table |
Coating settings include speed, single-sided or double-sided application and repeated passes. The described configuration allows 1–20 coating passes, with a constant-pressure system, pneumatic frame clamping and automatic stop after the preset cycle.
Automatic Screen Coating Machine | Screen Coating Machine — Additional View |
The horizontal drawer-type oven dries screens after photosensitive emulsion coating. Screens are placed with the printing surface facing upward. Temperature control and hot-air circulation support the drying process.
Horizontal Screen Drying Oven | Horizontal Screen Drying Oven — Additional View |
Horizontal and vertical exposure configurations are described in the equipment range. The control system stores exposure settings and completes vacuum, exposure and venting stages automatically. Light-controlled exposure and an oil-free vacuum pump support the process.
Vertical Screen Exposure Machine | Vertical Screen Exposure Machine — Additional View |
The PLC and touch-screen-controlled developing machine uses front and rear spray systems to wash out the exposed screen. Features include stainless steel construction, an observation window, staggered nozzles, automatic water replenishment and a blower drying device.
Screen Developing Machine | Screen Developing Machine — Additional View |
Screen Developing Machine — Equipment View |
The vertical oven dries screens after cleaning and developing. Its vertical loading arrangement is intended to save floor space. Stainless steel internal panels and heaters, hot-air circulation and an insulated enclosure support screen drying.
Vertical Screen Drying Oven | Vertical Screen Drying Oven — Additional View |
These drawings show single-colour, four-colour and five-colour arrangements. Final layouts are planned around glass dimensions, colour requirements, production flow and available factory space.
Reference layout; equipment dimensions and station arrangement are confirmed for each project.
Reference layout; equipment dimensions and station arrangement are confirmed for each project.
Reference layout; equipment dimensions and station arrangement are confirmed for each project.
Reference layout; equipment dimensions and station arrangement are confirmed for each project.
Glass screen printing can be configured for architectural and office glass, kitchen and furniture glass, appliance panels, decorative glass and automotive windshields. Suitability depends on the glass specifications, artwork, ink system and subsequent processing requirements.
Screen-Printed Glass — Example 1 | Screen-Printed Glass — Example 2 |
Screen-Printed Glass — Example 3 | Screen-Printed Glass — Example 4 |
SANKEN has been exporting glass-processing machinery since 2002. For glass screen printing projects, we support equipment configuration, production-line planning, factory layout, equipment manufacturing, pre-shipment inspection, installation, commissioning, operator training and after-sales technical support.
To discuss a suitable configuration, provide your glass dimensions and thickness, print area, artwork, number of colours, ink system, required output, existing screen preparation equipment and factory dimensions. Drying, curing and any downstream heat-treatment requirements should also be confirmed during planning.
Contact Us
Contact: Dalia Qiu
Tel: +86 15994813914
Landline: +86-20-82347228
Email: sales@sankenglass.com
WhatsApp: +86 15994813914
ADD: No.2, Xinghai Road, Lanhe, Nansha District, Guangzhou City, China. P.C 511480