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Datz

Condition: used, Year of construction: 2004, Overview: Manufactured in 2004 by the German company Dr. Datz Maschinenbau GmbH, this reliable 24-head wire bail capper is designed for securely sealing wire bail closures on bottles. A high-quality German-built machine, ideal for efficient and precise capping operations in bottling lines. Technical Details: Manufacturer: Dr. Datz Maschinenbau GmbH Type: BVM 24R Year of Manufacture: 2004 Number of Capping Stations: 24 Closure Type: Wire bail closures Machine Direction: Left to right Bcodpfx Ajyb R Rnsfhsu

Year of construction: 2026, condition: new, The PT-1200 belt press is a device used for extracting apple juice. This process takes place between the machine’s belt and appropriately arranged press rollers. The extracted juice is pumped into the pasteurizer tank. Bcjdpfx Asukq T Hsfhou Technical data: Capacity: up to 3700 kg of apples per hour Juice yield from pressed apples: up to 75% Installed power: 2.5 kW, 230 V Dimensions L × W × H (mm): 3100 × 1650 × 2190 Weight: 2000 kg Belt width: 1200 mm Belt speed: adjustable Juice collection tray with sieve Juice pump

Condition: used, Year of construction: 2004, Overview The Solo Screw Capper was manufactured in 2004 by the German engineering company Dr. Datz. The machine can process aluminum screw caps. It was used in a bottling line of a mineral water company. The line mainly used for contract bottling and was now stopped, to be sold in parts. Technical Specifications: Number of closing elements: 8 Capacity: up to 20.000 bph Cap type: 28mm aluminum screw cap Working direction from left to right Format: 0,7l GDB bottle Bcedjxrfzhopfx Afheu

Condition: used, Suitable for piccolo bottles With optical orientation for sparkling wine Working direction: left-right Bsdpfexyt R Hjx Afhecu

Condition: used, Year of construction: 2016, Overview The filling line for glass bottles (non-refillable and refillable) was in operation at a small brewery in Germany until recently. The line is set up for 0.33l longneck bottles and can fill up to 2,500 bph. The machine is still in operation and can be inspected at any time after consultation. The bottle washer and the unpacker can also be purchased separately.  Technical details  Capacity: 2.500 bph Formats: set up for 0.33l longneck  Filling temperature: 6°C  Packaging:  0,33l Longneck in 24er folding box  0,33l Longneck in 24er modular box Individual machines / line components  New glass lifter | Füllmeister | - | 2016 Filler + capper | H&K | VVF 14/3 | 1966 2016 general overhaul (with pre-evacuation - new rotary ball connection - new stainless steel table - new electrics - new valve control cabinet in stainless steel design - 0.33 liter guide set - Sihi vacuum pump.) Seals on lifting cylinders and filling valves renewed 2023 Vacuum and relief valves fitted with new seals and springs 2023 Bottle unpacker | Joha | - 1982 Packing head for 24 bottles in modular crate  Bottle washer | Silmo | Praktika | 1983 Bottles per row: 12  Label discharger Labeler | Krones | Vinetta | 1999 Type 480-6-3-180      Labelling station for back labels Labelling station for breast labels and neck loops  Three glue pallets and gripper sponges each Glue pallets, gripper sponges and sponge roller at bottle discharge new 2023  Glue pump Krones Unipump-H with glue heater  Packer | Pexco | - | - 1 head for 24 bottles in module box 2016 new electrics installed and machine overhauled  Residual liquid and finish control | Miho | LC2000 | Residual liquid detection from bottle cleaning machine  Control of bottle mouth for crown cork/metal Incl. balancing screen from Silmo for visual control of the cleaned bottles Crate washer | Fleischer | - | -  For cleaning of plastic empty crates, in longitudinal run Module size: 300x400mm  Overhauled in 2016 Compressor | Alup | Allegro 19-10 | 2016  Oil-free 4897 operating hours  Transport Bottle transport: various conveyor belts + 90° bends  Crate transport/ roller conveyor: 2016 overhauled with stainless steel cheeks and feet Bcsdpfxel Hx Rpj Afhsu

Condition: used, Year of construction: 2000, Capacity of filling line: 5000 bo/h Bcsdpfjxbpl Nsx Afhsu Features: switch cabinet with control panel, 24 capping heads

Condition: ready for operation (used), Year of construction: 2005, GAP-027-0033 Unpacker, make BMS, type: Lina EP, with each 3 heads, with pack head magazine for 0,33 lt. longneck bottle + 0,5 lt bottle, format 4x6 / 4x5, with SPS-control, built 2005, already dismantled, ex location for sale. Bjdjpm Hqzopfx Afhecu GEP-028-0034 Packer, make Datz, type: EP-2, with 2 heads, for 0,33 lt longneck bottle + 0,5 lt bottle, crate format 6x4 and 5x4, Height of crate inlet 270 mm, height of bottle outlet: 890 mm, built 2000, dismantled, for sale

Condition: used, Year of construction: 1998, Overview The bottling line is located at a German winery and is no longer in operation. It is available because the seller has purchased a larger plant. Bottled were 1l Schlegel bottles with MCA closure.  Plant in detail  Bottle cleaning  Manufacturer: SeitzEnzingerNoll Year of construction: 1988 Type: TAUCH + STELLA  Drying tunnel Manufacturer: SeitzEnzingerNoll Year of construction: 1987  Type: REGA1  Filler  Manufacturer: Sen compacta-h 12 bottle cells Few operating hours  Screw capper  Manufacturer: Adelski  Year of construction: 1998 Type: PP2001 S MCA capper Labeler Manufacturer: MAG  Year of construction: 2000  Sorting table  Transport Bjdel Hx H Nepfx Afhscu

Condition: used, Year of construction: 2023, Overview  This pilfer proof capping machine was manufactured in 2022 by the Spanish company CTM Ingeniería. It has been used for only 1.5 years under light operating conditions as part of an in-house production line. The company is now outsourcing its bottling operations, and therefore the machine is available for sale. It is in excellent condition and ready for immediate integration into a new production setup. Technical data  Capacity: approx. 1,200 bottles/hour (in a fully automated line) Cap type: Pilfer proof screw caps Head: Configured for 28 mm caps (interchangeable with other sizes) Bottle compatibility: Adjustable height, currently configured for small bottles Construction: Compact stainless-steel design Condition: Excellent, used for only 1.5 years Operation: Suitable for integration into automated bottling lines   Bjdpfx Aoxlqugjfhocu

Condition: used, Year of construction: 1999, Used Capping Machine AROL KAMMA year 1999 Introduction to the AROL KAMMA 1999 Capping Machine Initially, the Used capper AROL KAMMA capping machine, launched in 1999, symbolizes efficiency and precision in packaging. Remarkably, it processes up to 7000 bottles per hour (BPH), exemplifying high productivity. Its design, notably featuring six capping heads, not only promotes high throughput but also ensures versatility. Furthermore, the machine’s ability to handle T-caps expands its use across various formats, making it an indispensable asset in bottling. Advanced Functionality for Optimal Performance Significantly, this specific capper is marked by advanced features. Its adjustable-height capping head, a key element, allows adaptation to different bottle sizes and shapes. Consequently, this flexibility maintains consistent capping quality across production lines. Moreover, the cap distribution system, using an innovative cellular centrifugal distributor, guarantees a steady cap supply. This aspect is essential for maintaining the impressive 7000 BPH output, ensuring uninterrupted production. Bedpevgt T Ejfx Afhocu Safety Features and Robust Design In terms of safety, the AROL KAMMA is exceptionally well-equipped. It includes comprehensive safety measures to prevent accidents and protect operators. Additionally, its construction with high-grade stainless steel isn’t just durable; it also eases cleaning and maintenance. This robust design is vital for continuous operation at high speeds, especially crucial given the substantial 7000 BPH output. Operational Flexibility and Efficiency Regarding operational flexibility, the AROL KAMMA excels. Its speed can be precisely adjusted using an inverter, allowing pace customization for specific production needs. This adaptability ensures seamless integration into various bottling lines with differing speeds and configurations. Also, the bottle entry, designed for left-hand (clockwise) flow, fits a wide range of production setups. Conclusion To conclude, the 1999 KAMMA capping machine, capable of handling 7000 BPH, is a superior choice for demanding bottling needs. It combines speed, precision, adaptability, and safety, making it essential for businesses aiming to boost bottling efficiency and reliability. Lastly, the machine’s lasting design and advanced technology make it a wise investment for companies.