Automatic cosmetic cream jars Screen Printing Machine//Usage and characters Samples show
The fully automatic vertical rotary screen printing machine is a high-performance automatic screen printer engineered for precision printing on cylindrical and round-shaped products. Designed with a vertical rotary indexing table, automatic feeding system, and high-accuracy positioning mechanism, this industrial screen printing machine provides smooth product transfer, reliable positioning, and consistent print quality for continuous production environments.
Equipped with advanced surface treatment technologies, including flame treatment and plasma treatment, the machine effectively improves ink adhesion on various plastic, glass, and low-surface-energy materials. The integrated CCD vision positioning system and servo-driven screen printing unit ensure precise registration, stable printing performance, and excellent graphic reproduction. After printing, the system can be configured with infrared drying, UV curing, or UV LED curing systems to achieve rapid ink curing, higher production efficiency, and durable printed results.
The intelligent automatic control system manages the entire printing process, including automatic loading, product positioning, surface activation, screen printing, and curing, significantly reducing manual operation while improving production efficiency and printing consistency. This automatic rotary screen printing machine is widely used for high-quality logo, text, and decorative pattern printing on cosmetic jars, cream containers, plastic bottles, caps, tubes, cups, filters, and other cylindrical packaging products in industries such as cosmetics, electronics, plastics, household goods, and promotional products.
The vertical rotary automatic screen printer is a reliable solution for monochrome and customized multi-color screen printing applications, combining high-speed operation, compact structure, and stable automation performance. With excellent adaptability for cylindrical containers and round packaging, this automatic screen printing equipment is an ideal choice for manufacturers requiring efficient, accurate, and cost-effective printing solutions for cosmetic packaging, plastic containers, and industrial products.
Structure of Vertical rotary Automatic screen printing machine
- Feeding Conveyor Belt-A narrow PVC or metal conveyor belt is adopted for automatic product loading. For glass, paper, or delicate products, a stainless steel conveyor system with equally spaced positioning grooves or anti-slip surface treatment can be customized to ensure smooth and accurate transportation. The conveyor transfers products to the loading station, where photoelectric sensors detect the product position and communicate with the PLC control system, enabling the feeding robot to pick and place products with high precision. This automatic feeding design improves production efficiency and ensures stable operation of the fully automatic vertical rotary screen printing machine.
- Feeding Robot-The automatic loading system is equipped with pneumatic grippers or vacuum suction nozzles according to different product shapes, materials, and surface characteristics. Driven by a three-axis servo motor system, the robotic arm accurately transfers products from the conveyor belt to the rotary table fixture. Customized gripping pads can be selected to protect different substrates, preventing scratches, deformation, or surface damage during the loading process. The precise feeding mechanism ensures reliable operation for high-speed automatic screen printing applications.
- Vertical Rotary Turntable-The vertical rotary indexing table is equipped with 8–10 precision fixtures evenly arranged around the rotating system. Various fixture solutions, including elastic clamping holders and magnetic positioning fixtures, can be customized according to specific product requirements. Driven by a servo motor, the rotary table provides smooth indexing movement, adjustable operating speed, and accurate station positioning. Integrated sensors detect the position of each station and work together with the PLC control system to ensure precise alignment during printing, improving registration accuracy and overall printing consistency.
- Flame Treatment Device / Plasma Treatment Device-For printing on low surface energy materials such as PP, PE, and other polyolefin plastics, surface treatment is an essential process to improve ink adhesion. The flame treatment system uses a controlled mixture of combustible gas and compressed air to generate a stable flame, activating the product surface before screen printing. Alternatively, the plasma treatment system uses a high-frequency electric field to create plasma (such as air plasma or argon plasma), effectively removing surface contaminants and increasing surface energy without open flame operation. With excellent safety, environmental performance, and precise surface activation capability, plasma treatment is especially suitable for heat-sensitive materials and high-quality cylindrical container screen printing machines.
- Servo Screen Printing Unit-The servo-driven screen printing system provides high precision, stable performance, and flexible parameter adjustment, making it an essential configuration for modern automatic screen printing machines. Independent servo motors control the screen frame lifting movement and squeegee stroke, allowing precise adjustment of printing pressure, stroke speed, and ink transfer volume to achieve a consistent ink layer and superior print quality. The vertical rotary screen printing machine is mainly designed for single-color printing applications, while optional multi-color configurations can be developed according to customer requirements. The servo-controlled printing unit delivers excellent registration accuracy and is widely used for printing logos, text, and decorative patterns on cylindrical containers, cosmetic packaging, plastic bottles, caps, tubes, cups, and other industrial products.
- UV Curing Unit / UV LED Curing Unit-According to different product materials and ink specifications, the machine can be equipped with either a conventional UV curing system or an energy-efficient UV LED curing system. The UV LED ring light source provides uniform 360-degree irradiation around the printed surface, ensuring fast curing speed, strong ink adhesion, and stable printing performance. The UV LED curing module features an efficient cooling system that maintains the LED temperature below 60°C, protecting heat-sensitive products from deformation while reducing energy consumption and extending the service life of the light source. It is an ideal solution for automatic UV screen printing machines used in plastic containers, cosmetic packaging, and other cylindrical products.
- Unloading Manipulator-The automatic unloading robot adopts the same reliable technology as the feeding system and can be equipped with pneumatic grippers or vacuum suction devices according to product requirements. A built-in buffering mechanism ensures smooth and gentle handling, allowing finished products to be transferred accurately from the printing fixture to the unloading conveyor without scratching or damaging the printed surface.
- Unloading Conveyor Belt-The automatic unloading conveyor system is designed with a structure similar to the feeding conveyor and can be equipped with a collection tray or buffering platform at the end of the production line. The conveyor surface can be covered with soft protective materials to prevent collision marks, scratches, or surface damage during product transportation, ensuring safe and efficient continuous production.
- Operation Panel-The fully automatic vertical rotary screen printing machine is controlled by an advanced PLC system with a user-friendly touch screen interface, providing simple operation and efficient process management. Operators can easily adjust key parameters, including feeding speed, rotary table indexing, printing position, squeegee movement, printing speed, and UV curing time. The intelligent control system simplifies machine operation, reduces setup time, and improves production stability, making the equipment an ideal industrial automatic screen printing solution for manufacturers requiring high efficiency, precision, and reliable printing performance.
