Crates rotating screen printing machine

      Introduction

       KC  Flat Bed Screen Printing Machine Manufacturer specializing in the design and production of advanced screen printing equipment specifically for industrial applications that require high precision and versatility. These machines are ideal for printing on flat and uniquely shaped surfaces, meeting the needs of industries such as electronics, glassware, gift production, etc.  The manufacturing process emphasizes innovative structural design, ergonomic user interface and excellent durability, ensuring that the machine provides consistent and reliable performance.

Features

Adapts to Unique Shapes

Designed for special shapes and grooved products, such as electrical panels, glass products, ornaments, and industrial gifts, providing versatile solutions for various industries.

Upgraded Structural Design

Adopts a halftone pattern moving mechanism that allows the screen frame to move up and down. This feature makes the placement and removal of materials more efficient, thereby improving overall productivity.

Stable Printing Quality

Equipped with a stable horizontal cylinder design to ensure uniform squeegee pressure. This design enables smooth, consistent strokes and high-quality printing without defects.

Precision and Reliability

High-precision linear guides are installed to control the movement of the rubber squeegee and screen frame. This enables precise alignment and accurate printing for demanding applications such as circuit boards and membrane switch panels.

Semi-automatic operation

Semi-automatic functions are supported through an intuitive user interface, allowing operators to easily manage and streamline production workflows.

Single-function and full-function modes

Features a customizable debugging process that allows users to operate the machine in single-function mode for testing, or in full-function mode for full production.

Applications

   Flat Bed Screen Printing Machines are vital in PCB manufacturing, ensuring precise application of conductive inks, solder masks, and silkscreen layers. They create accurate circuit paths, protect copper traces with solder masks, and print component labels for easy assembly. Their high precision supports both rigid and flexible PCBs, enhancing product reliability and manufacturing efficiency.

   Flat Bed Screen Printing Machines play a crucial role in producing film switch panels, enabling precise printing of conductive circuits, graphic overlays, and insulating layers. They ensure high-resolution graphics, accurate alignment for multi-layer designs, and uniform application of conductive inks. This enhances functionality, durability, and the aesthetic appeal of the final product.

  Flat Bed Screen Printing Machines are essential for decorating plastic bottles, providing precise and durable prints for logos, labels, and designs. They ensure uniform ink application on flat or slightly contoured bottle surfaces. The process supports vibrant colors, complex patterns, and long-lasting results, enhancing branding and product aesthetics in industries like cosmetics and beverages.

Printed samples 

Machine details-Advantage

• High-precision linear guide-way control lifting and dropping of screen plate and rubber squeegee;
• Vacuum table to facilitate the production of Soft and thin , suitable for Printing Paper, film and UV Coating Process;
• Screen Form up and down movement of contact with the table, suitable for hand-placed and remove the product;
• Distance of the screen and table to the flexibility to adjust for different heights of the product silk screen;
• Screen form Clamping device free to adjust to fit different sizes of screen;
• Screen Plate clamping device can be adjusted Front and back, left and right, up and down, the angle of the fine-tuning in order to fine-tune the exact location of the pattern in the product above;
• Stroke of the scraper can be flexibly adjusted the pattern to suit different size;
• Squeegee pressure can be individually adjusted to fit any high-precision screen printing;
• Microcomputer program control operations;
• 4-Digit auto counter; to facilitate the measurement of production efficiency.