TSC Auto ID launches cutter module for DA Series of printers

With the linerless label market growing at 4.4 percent annually, TSC Auto ID has launched a longer-lasting cutter module for its DA Series of desktop barcode label printers, designed to improve cutting precision and minimize paper jams.  The module is a more rugged version of its standard cutter module and can be fitted to either the DA 210 or 220 devices, or the antimicrobial-coated DA 220/230HC printers used in health care environments.

'The linerless revolution is being driven, in part, by the need for more sustainable labeling solutions but mainly because of its versatility; it allows people to print labels of different lengths without having to change rolls,' said Bob Vines, TSC Auto ID’s country manager for the UK, Ireland and the Nordics. 'This time-saving benefit, along with being able to print 50-60 percent more labels per roll, makes linerless a really attractive proposition for fast-paced industries such as food and drink, e-commerce, logistics and pharmaceutical.

'But keeping linerless printers free of adhesive residue build-up is critical for effective operation, and we’re always developing solutions that minimize downtime and aid cleaning and maintenance. Our sturdy new cutter module is our latest innovation, and it promises longer cutting life, consistent performance and less downtime in high volume printing environments,' said Vines.

Cutter modules are designed to automatically size linerless labels as they’re being produced, and TSC will offer its enhanced module alongside its standard cutter module and tear option.  All TSC’s linerless printers have a lock sensor, upper blade protector and lower blade auto-ejection for safer and easier cleaning. They’re also fitted with platen rollers with special non-stick surfaces to reduce points of contact through the printing path, minimizing adhesive residue on printheads and cutters, and preventing paper jams. TSC’s linerless cleaning kit enables users to clean the printer and cutter in just five minutes, thereby maximizing uptime and maintaining performance. Cleaning is recommended every 1km of linerless printing.