Tunkers S-1450 Laminator - paper overboard Top seller

Description

Laminator - paper overboard
Tùnkers
Model S-1450
Year 1997
Working width 1450 mm
Substrate Feeder automatic suction feeder
Laminate Feeder by hand
Details with pressing roll
Delivery delivery on a table
Condition can be purchased `as-is`or refurbished on most parts (ask details)
Available Direct or very soon

this extra information is standard for this model. Please always double-check the details during a visit

The Tunkers S-1450 is a versatile laminator designed for paper overboard applications, ideal for the printing industry. Introduced in 1997, this model has been recognized for its reliable performance and precision in laminating processes.

The S-1450 employs advanced technology to ensure a seamless and efficient laminating experience. Its robust construction and high-quality components contribute to its durability and long-lasting operation. The machine is capable of handling various paper sizes and thicknesses, offering flexibility in laminating different types of materials.

This laminator features an easy-to-use control panel that allows operators to set up and adjust laminating parameters with ease. The digital display provides real-time monitoring, ensuring accurate and consistent results throughout the entire process.

The Tunkers S-1450 offers multiple laminating options, such as hot and cold lamination, enabling users to choose the most suitable method for their specific requirements. The laminating rollers provide precise pressure distribution, resulting in smooth and uniform laminated surfaces.

Safety features are incorporated into the design, including emergency stops and safety guards, to ensure operator safety during operation.

Overall, the Tunkers S-1450 laminator from 1997 is a reliable and efficient solution for paper overboard lamination needs in the printing industry. Its advanced features, user-friendly interface, and versatility make it a valuable asset for print finishing operations seeking to enhance the quality and efficiency of their laminating processes.