37.6 C
Chennai
Friday, June 20, 2025
HomeNewsHugo Beck expands machine range for e-commerce, mail order and logistics

Hugo Beck expands machine range for e-commerce, mail order and logistics

Related stories

Amtech Software Announces Strategic Growth Investment from Vista Equity Partners

Amtech Software, a leading provider of enterprise software for...

Bulk hot melt adhesives are transforming the construction industry

Conventional bonding materials are being outpaced in the construction...

Cortec® Introduces World’s First Certified Industrially Compostable VCI Paper

Cortec® has entered another point on history’s scoreboard of sustainable...
spot_img
Hugo Beck, a leading innovator in horizontal film and paper packaging machines, has introduced significant upgrades to its product line, enhancing the capabilities for e-commerce, mail order and logistics applications.

The new paper e-com rapid machine model introduces improved speeds and efficiency to Hugo Beck’s existing portfolio. Capable of a maximum packaging speed of 900 cycles per hour, the new machine offers packaging with two sewn sides and two glued sides, ensuring secure and precise fitting shipping bags. By automatically adjusting the shipping bag size to accommodate varying product dimensions in both length and width during production, the paper e-com rapid enables efficient packaging of different product sizes in a mixed batch.

The paper e-com rapid is the latest addition to Hugo Beck’s machine line for e-commerce applications. Alongside its predecessor, the paper e-com fit, users now have access to two performance classes tailored to meet the demands of sustainable paper packaging for the e-commerce, mail order, and logistics sectors.

The paper e-com fit allows for the storage of two paper rolls of different widths. After scanning the product, the machine determines the necessary paper web width and selects one of the two paper rolls, thereby minimising paper use. In contrast, the paper e-com rapid achieves higher packaging speeds by utilising two identical paper webs.

spot_img

Latest stories