These rotary sealers are distinguished by the ease with which you can navigate your way around the menu and enter data via the colour touchscreen or hs 3000 PC-PT software. Alternatively the systems can be programmed and operated easily via barcode scanner (hawo IntelligentScan).
During the sealing process, the critical parameters sealing temperature, contact pressure and sealing speed (dwell) are automatically monitored. If one of the parameters deviates from preset values, the devices warn the user acoustically and stop the sealing process. The hm 3010 DC-V / hm 3020 DC-V / hm 3010 DC-VI rotary sealers possess various PC interfaces (RS232, USB and Ethernet) for process and batch documentation. The hawo rotary sealing devices guarantee efficient and reproducible packing, especially for large volumes of instruments.
Easy handling via touch screen.
The hm 3010 DC-V, hm 3020 DC-V and hm 3010 DC-VI have an integrated printer. They can print all normatively requested information directly onto the packaging during the sealing process (symbols according to EN 980). Thanks to the patented FontMatic technology the rotary sealers automatically recognise the width of the sealing material and adjusts the font size to the available space. Printing over the edges is a thing of the past.
The SealPeak sealing system accommodates every material – even gusseted pouches and reels. Therefore a flawless, full-area sealing seam can also be achieved with materials of varying thickness. The unique design of the SealPeak-sealing seam guarantees an optimal sealing safety and seal seam strength.
ERGONOMICS AND MAINTENANCE.
Work processes in the preparation of instruments should be as simple and comfortable as possible. That is why the unit is designed for the ideal utilization of the work area. Maintenance is reduced to a minimum; worn parts are easily replaceable. The ink ribbon change is simply carried out from the front of the device.
The machines can be equipped with the hawo ProDoc software for legally secure recording of the welding process.