Bausch+Ströbel TUM 9070, DVE 9070, SFM 5072, NTS 8140
Disposable syringe filling and closing plant (unused)
Fully automatic system for filling nested disposable syringes and closing with plunger stoppers, consisting of 4 Bausch+Ströbel components:
• TUM 9070 Tub unpacking machine for removing the cups from the bag using a sliding device
• DVE 9070 Cover and protective film removal
• SFM 5072 Filling and sealing machine
• NTS 8140 Transport system
• Output max. 36,000 disposable syringes/h, infinitely adjustable
• For disposable syringes 0.5 - 10 ml depending on format set
• For plunger stoppers diam. 5.00 - 21.00 mm, H 7.00 - 15.00 mm depending on format set
• For 100 mm nest
• For tub H max. 130 mm
• Parts in contact with the product made of stainless steel AISI 316L
• IQ/OQ qualification documentation in accordance with Annex D5 GAMP 5 and Annex 15 EU-GMP in English
• Calibration (KAL) for all process-relevant measuring systems
• Material specification
• PLC Siemens
• HMI Bausch & Ströbel OVD (Operation Visualisation Data collection and evaluation with IPC)
• Operating system Microsoft Windows
• Menu languages DE, EN, FR
• Fully automatic in-process control (IPC) with tare and gross weighing
• User administration in accordance with 21 CFR part 11 and Annex 11 EU-GMP
• Recipe management for 500 recipes
• Ethernet interface for secure and TÜV IT-certified remote maintenance connection
• Drive 230/400V/50Hz
• Currently without CE declaration of conformity. However, a CE declaration of conformity can be issued subsequently at an additional cost
• With format sets for:
- 100 nest
- Disposable syringe 1 ml standard according to DIN ISO 11040-4, diam. 10.85+/-0.1 mm x H 69.00+/-1.00 mm
- Rubber stopper diam. 9.20+/-0.1 mm x H 7.70+/-0.40 mm
- Rotary piston pumps for 10 filling stations for filling volumes 0.3 - 2.1 ml
The system is unused and is still packed in original wooden crates in China near Hong Kong. The price is free loading ramp. The video shows the FAT at Bausch + Ströbel in 2019. The photos show an assembled sister system.