Semi-automatic 2600×410 Three-color Printing and Slotting Machine

Semi-automatic 2600×410 Three-color Printing and Slotting Machine

The Semi-automatic 2600×410 Three-color Printing and Slotting Machine combines three-color flexographic printing and carton slotting in a single corrugated cardboard processing machine. The equipment is designed for producing printed carton blanks where the cardboard requires both surface printing and structural slotting before subsequent folding and forming operations.

The 2600×410 specification identifies the machine configuration and processing dimensions, making it suitable for corrugated cardboard production according to the corresponding working requirements. The three-color printing section handles carton graphics, while the slotting section creates the structural grooves required for carton assembly.

Three-Color Flexographic Printing

The printing section is configured with three printing units for applying three different colors to corrugated cardboard. Each color is transferred through its corresponding printing plate to reproduce the required text, graphics, symbols, patterns, or packaging information.

The three-color configuration allows carton manufacturers to process packaging designs containing multiple colors while maintaining a continuous printing workflow. Printing plates can be selected and replaced according to different carton designs and printing layouts.

2600×410 Machine Specification

The 2600×410 configuration is an important part of the machine specification and distinguishes this model from other printing and slotting machines with different processing dimensions.

The working configuration is designed around the specified cardboard processing range. The actual material size, printing layout, and slotting arrangement can be selected according to the carton structure and production requirements.

Carton Slotting System

The slotting section is responsible for forming the grooves and slots required for corrugated carton construction. These slots separate the carton flaps and provide the folding clearance needed to transform a flat cardboard sheet into a box structure.

Slotting positions can be adjusted according to the carton dimensions and structural design. Different arrangements can be used for cartons with different flap widths, folding positions, and box configurations.

Printing and Slotting Workflow

Corrugated cardboard enters the machine through the feeding section and passes through the three-color printing units. The printing system applies the required colors to the cardboard surface according to the selected printing plates.

After printing, the cardboard continues to the slotting section. The slotting mechanism then forms the required grooves and openings for carton folding.

By processing these two operations in sequence, the machine can produce printed and slotted corrugated cardboard blanks ready for subsequent carton-forming processes.

Semi-Automatic Operation

The semi-automatic design combines mechanical processing with manual material handling. Operators can load corrugated cardboard sheets into the feeding section and collect the processed sheets after printing and slotting.

This configuration is suitable for production environments where manual loading and unloading are incorporated into the carton manufacturing workflow. Machine settings can be adjusted according to the material and carton structure being processed.

Corrugated Cardboard Processing

The machine is intended for corrugated cardboard sheets used in carton and packaging production. The cardboard can be printed with three colors and then slotted according to the required box structure.

Different cardboard grades and carton designs may require corresponding adjustments to printing pressure, printing alignment, slotting position, and other processing settings.

Carton Structure Formation

The slotting process plays an important role in forming conventional corrugated cartons. After the slots are created, the cardboard can be folded along the designated structural areas to form the carton body and flaps.

Depending on the final packaging design, the processed carton blank can proceed to folding, gluing, stitching, bundling, or other downstream operations.

Three-Color Printed Packaging

The three-color printing function can be used for carton designs requiring more detailed surface information than a single-color printing process. It can reproduce product names, packaging instructions, handling marks, identification graphics, decorative elements, and other printed content.

The printing layout can be changed according to different carton artwork by configuring the corresponding printing plates and printing units.

Applications

The Semi-automatic 2600×410 Three-color Printing and Slotting Machine can be used for:

• Corrugated shipping cartons

• Product packaging boxes

• Industrial packaging cartons

• Retail packaging

• Printed corrugated boxes

• Regular slotted cartons

• Transport packaging

• Corrugated carton blanks

• Multi-color printed packaging

The machine is designed for corrugated cardboard processing applications that require three-color printing and carton slotting within the same production workflow, with the 2600×410 specification defining the corresponding machine configuration.