Labeling system

Weidmann Maschinen FL-250

Year of construction: 2014, condition: good (used), High-quality Airpad machine from a renowned manufacturer. Suitable for producing custom-designed, air-filled protective and cushioning elements made of PA and PE film, as well as paper-based bubble wrap. Typically, four air cushions are produced per working cycle. Various formats can be produced. For this purpose, 10 programs are available to store multiple parameters. By calling up the corresponding program on the display, air cushions can be produced with lengths ranging from 4 cm to 16 cm and individually defined fill levels. The resulting air cushion strips are then wound into rolls by a motorized device. When the roll is full, the machine automatically shuts down. The finished roll can then be manually removed and used as packaging material. The machine can be moved by pushing it on its rollers and secured in place using brakes. The machine can be demonstrated while powered on. Bwsdpfjkkcqqox Ahtjp

Condition: used, Year of construction: 2018, Used Filling Monoblock for beer 800 bph Monoblock Structure Bwsdpfxsw Tlz Es Ahtop The Used Filling Monoblock for beer 800 bph consists of three separate units: an automatic rinser, an isobaric filler with a double vacuum system, and a crown capper. This configuration optimizes the management of rinsing, filling, and sealing phases. As a result, the system ensures suitability for processing beer in 0.5-liter glass bottles. Moreover, this modular layout facilitates maintenance and replacement, therefore increasing operational reliability. Rotary Rinser ZPC-12 The rinser in the Used Filling Monoblock for beer 800 bph operates with a continuous rotation system and uses 12 gripping clamps. First, the operating cycle handles bottle entry. Then, it performs internal rinsing with treated water, followed by dripping and final exit. The machine handles glass bottles with a height between 150 and 330 mm and a diameter between 50 and 90 mm. It processes 600 to 800 bottles per hour. The installed motor delivers 1.5 kW of power. Additionally, the design allows rapid changeovers between bottle formats, which enhances production flexibility. Isobaric Filling with Double Vacuum The BFP-12 filling unit, at the heart of the Used Filling Monoblock for beer 800 bph, includes 12 filling valves and applies an isobaric process with double vacuum. Specifically, the system performs two evacuation cycles and CO₂ reinjections before the filling stage. Consequently, it significantly reduces residual oxygen and preserves beer quality. It supports bottle volumes from 250 to 1000 ml. Furthermore, the unit integrates key components such as a Southern Pump, a Mitsubishi PLC, a THINEDA touchscreen, Korean-made sensors, and AUTONICS pneumatic systems. This machine also operates with a 1.5 kW motor. In terms of control, the electrical interface provides real-time adjustments, thus improving accuracy during production. Crown Capping Machine ZDS-3 The crown capper of the Used Filling Monoblock for beer 800 bph applies metal crown caps to glass beer bottles. The machine includes 3 capping heads and operates with a continuous rotary motion. It handles bottles up to 330 mm in height and caps with diameters from 20 to 30 mm (cP size), compatible with the normal European neck type. Notably, the capper reaches up to 1500 bottles per hour, thereby providing an operational buffer that prevents bottlenecks downstream of the filler. In comparison to standard cappers, this model delivers greater precision and cap stability. In addition, its robust frame reduces vibration during high-speed operation. Electrical Characteristics and Compatibility The machines in the Used Filling Monoblock for beer 800 bph use reliable and industry-standard electrical components. The full line features an estimated total power consumption of approximately 4.5 kW. From an integration standpoint, this makes the system suitable for facilities with medium energy capacity. The system exclusively handles 0.5-liter glass beer bottles. During operation, it performs filling under controlled pressure to preserve CO₂ levels and ensure the product’s final stability. Overall, the system delivers consistent performance, reduced oxygen pickup, and excellent packaging quality. Lastly, the compact footprint simplifies installation even in limited space environments.

Year of construction: 2012, condition: ready for operation (used), Number of filling stations: 8, throughput: 30 cycles/min, connected load: 6kW, with heated double jacket on the storage container, accessories, filling heads, screw conveyor, conveyor belt and documentation, on-site inspection is possible. Bwodpfjqygxmsx Ahtsp

Condition: excellent (used), Year of construction: 2007, Filling and Packaging Line for 50 ml Vials Bedsxb Uptspfx Ahtowp 1. Vial Loading Machine: Rotary Table, SSS Conveying Technology, year of construction 2007 Empty or already filled and sealed 50 ml vials are manually placed onto a rotary table. From there, they are individually transferred onto the conveyor belt and continue down the line. 2. Labelling with Print and Camera Inspection Machine: Pago System 520, year of construction 2007 Printing system: Domino 320i thermal transfer printer Camera system: Cognex (integrated into Pago) The vials are labelled with self-adhesive labels. During the labelling process, batch number, expiry date etc. are printed directly onto the label via thermal transfer (Domino). At the same time, a camera-based inspection (Cognex) checks the printed data. Inspection results are displayed on an integrated screen. The print and camera systems are fully integrated into the Pago labelling machine. 3. Change of Vial Orientation (vertical to horizontal) Machine: FlexLink Conveyor XH, SSS Conveying Technology, year of construction 2016 Labelled vials are repositioned horizontally by a bottle turner to prepare them for insertion into the cartoner. 4. Cartoning with Leaflet Feeding Machine: MK-120, Harro Höfliger, year of construction 2007 Pre-formed folding cartons are erected automatically in the cartoner. At the same time, a leaflet is folded and provided via a GUK folding machine. One 50 ml vial and one leaflet are automatically inserted into each folding carton. In the configuration shown here, the carton bottom is glued with hotmelt and the top is closed with a tuck-in flap. Optionally, it can be converted (using existing format parts) to double tuck-in flaps without gluing. 5. Serialization and Camera Inspection Machine: Laetus PrintSpect TTS MV-70, year of construction 2015 After the cartoner, the folding cartons are printed with serial numbers and variable data (thermal transfer) and fully inspected by a Laetus camera system. This station was added in 2015. The Harro Höfliger MK-120 also features an integrated Wölke print system, which is not used here. 6. Tamper-Evident Labelling Machine: Pago System, year of construction 2007 The serialized folding cartons are sealed on the flap sides with tamper-evident labels. To do this, the cartons are precisely aligned and guided via a side belt. 7. Case Packing Machine: IMA CP18BA Case Packer, year of construction 2007 The finished individual packages are pneumatically pushed into shipping cartons (cases). The case packer seals the shipping cartons with hotmelt. 8. Final Labelling of Shipping Cartons Machine: Laetus VL4 C2 ICMV Cabinet + Pago labeller, year of construction 2015 The finished shipping cartons are labelled using thermal transfer printing. No camera inspection takes place at this station. This unit is exclusively for labelling shipping cartons (no serialization or aggregation). 9. Check Weighing (optional) A manual checkweigher is also available, but not included in the scope of supply and was only used for internal final checks. System available from Jan. 2026. Further information to follow.