ink pump

ink pump Specification

Product Type
ink suplly

General Use
solvent printer

Printing Material
Other

Type
ink supply

Capacity
100 Pcs/hr

Weight (kg)
150 Gram (g)

Computerized
Yes

Automatic
Yes

Control System
PLC Control

EPS System
Pneumatic

Printing Length
8 Meter (m)

Printing Width
1 Millimeter (mm)

Printing Thickness
300 Millimeter (mm)

Printing Plate Lifting System
Pneumatic Press Control

Mechanical Speed
300 mm/m

Printing Speed
300 mm/m

Voltage
24 Volt (v)

Dimension (L*W*H)
2x2x2 Inch (in)

Feature
Lower Energy Consumption

Color
black

ink pump Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
7 Days

About ink pump

All spare parts available on very good quality and reasonable price. They are used in applications requiring accurate synchronization, such as in flex printing machines, and other machinery. Common materials include aluminum, steel, and plastic, and they often have side flanges to keep the belt from moving sideways.

Advanced PLC Control for Reliable Performance

Our ink pump features a sophisticated PLC control system, allowing for precise management of the ink flow and consistent performance. This technology enhances automation and ensures stable operation, significantly reducing the risk of human error and maintenance requirements during the printing process.

Efficient Pneumatic Systems for Seamless Operation

Equipped with a pneumatic printing plate lifting system and EPS, the pump streamlines solvent printer workflows. These features enable smooth and rapid adjustments, optimizing the total printing process and improving production throughput without manual intervention.

Compact Design with High Productivity

Despite its small footprint (2x2x2 inches, 150 grams), this ink pump supports robust performance, managing printing thickness up to 300 mm and a print width of 1 mm. With a mechanical speed of 300 mm/m and a capacity of 100 pieces per hour, it meets high production demands effectively.

FAQ's of ink pump:

Q: How does the PLC control system improve the ink pump's operation in solvent printers?

A: The PLC control system provides automated and precise management of ink flow, reducing manual intervention and ensuring consistent printing results. This leads to fewer errors, less downtime, and enhanced reliability in high-volume printing environments.

Q: What benefits does the pneumatic plate lifting and EPS system offer?

A: The pneumatic printing plate lifting and EPS system enable rapid and smooth adjustments during the printing process. This not only speeds up production but also allows for seamless transitions, improving overall efficiency and ease of use.

Q: When should this ink pump be used for optimal results?

A: This ink pump is ideal for use in solvent printers where precise, automated ink supply and efficient production are necessary. It is best utilized in environments requiring high throughput and reliability, such as continuous, large-scale printing jobs.

Q: Where is this ink pump commonly installed?

A: Commonly, this ink pump is integrated into solvent printers in industrial and commercial print facilities. Its compact design makes it suitable for both new installations and upgrades in existing printing systems, especially where space is at a premium.

Q: What is the typical process for maintaining this ink pump?

A: Maintenance involves regular cleaning and checking for blockages in the ink supply line. Thanks to the PLC and pneumatic controls, most operations are automated, reducing manual maintenance. Follow the manufacturer's instructions for periodic inspections to ensure optimal performance.

Q: How does the ink pump contribute to lower energy consumption?

A: Engineered for efficiency, this model draws only 24 Volts and incorporates energy-saving features within its PLC and pneumatic systems. This reduces overall operational electricity consumption, lowering costs and supporting sustainable production.

Q: What usage limits should operators be aware of?

A: The pump is designed for a maximum printing width of 1 mm, thickness of 300 mm, and length of 8 meters per run. Exceeding these specifications may impact performance, so operators should adhere to manufacturer guidelines for optimum results.

Tell us about your requirement