Beverage production machine

Tetra Pak SPIRAFLO

Condition: ready for operation (used), Further information will follow. Accessories: Separator frame (stainless steel) 1200 x 1000, separator drum, motor, Hsdeqzx Dqspfx Am Tor tool kit, documentation

Condition: ready for operation (used), TETRA PAK COMPLETE FILLING LINE, INCLUDES: - TBA/8-1000 SLIM FILLER, VERSION 120, YOM 2009, 27.000 RUNNING HOURS - CAP30 HELICAP23 100V CAP APPLICATOR - TCBP70 WRAP AROUND PACKER, V110 WITH RENOVATED EL. BOX - EASY RIDE ACCUMULATOR Hsdpfsxz Eztsx Am Tjr - CONVEYOURS SYSTEM EXCELLENT CONDITION, STILL RUNNING

Condition: excellent (used), Year of construction: 2004, functionality: fully functional, Tba8 1 lt slim. Hjdpfxsy Iyc Is Am Tjr Tetra A47 cap applicator. Tetra cardboard packer 70. Easy rider Conveyor.

Condition: ready for operation (used), Year of construction: 2003, Complete Tetra Pak line TBA 21-1000 Slim, includes: 1. TBA/21 1000 Slim filler, V050, YOM 2003, 52.000 running hours 2. CAP30 cap applicator for Helicap23 Pro26 3. Easy Ride Terplus cartons accumulator 4. TCBP70 wrap around packer 5. Conveyor system 6. Conveyors system The line is in very good condition, still in production till April. Hsdpfsycwvasx Am Ter Can be sold without CAP30 applicator.

Year of construction: 2012, condition: excellent (used), Alfa Laval Centrifugal pump Type LKH 85/240, 25,0 kW , Stainless Steel. Used! Good condition! Hjdpfx Amohck S Es Tjr Inlet: 6" - Outlet: 6"

Year of construction: 1977, condition: used, Make: Angelus Type: automatic 4 head rotary can clincher (1st operation) Model: 40P Serial no.: 96831077 Build: 1977 Frame: coated mild steel Dimensions: L x W x H = 2500 x 1400 x 2200mm Capacity: up to 12.000 cans per hour Power supply: 380 Volt – 50 Hz – 4,0 kW Features: disc-feed belt-pulley speed regulation machine has a lid magazine Hedpfsiauldsx Am Tsr Tooling: can size 99 mm

Condition: as good as new (ex-display), Exterior dimensions: Dia Ø 3600 mm Total H 11000 mm. Cylinder height: 10.200 mm. Vertical stainless steel tanks - 2 pcs. Conical bottom with 4" outlet. Conical top with ventilation. Hodpfxsicgn Te Am Tor Manhule at front of bottom. AISI 304. Can be delivered with 1-2 sidemounted agitators. Can be delivered with new isolation completed with optional plates.

Condition: used, Year of construction: 2018, Overview Hjdjy Tt H Djpfx Am Tsr This compact automated can filling line was manufactured with main equipment from KHS, Ferrum, Ska Fabricating and Atlanta. The line is designed for beverage can production and includes depalletizing, can transport, ionized air rinsing, filling, seaming and downstream film / shrink packaging. The core of the line consists of a KHS Innofill Can C filling system combined with a Ferrum FC03 can seamer. The system is integrated with overhead and floor-mounted can conveyors and is arranged in a compact production layout. Technical Data - Manufacturer / main equipment: KHS / Ferrum / Ska Fabricating / Atlanta - Line type: Automated can filling line - capacity: 15.000/h - Number of filling valves: 21 - Number of seaming heads: 3 - Container type: 330ml, 440ml, 500ml standard can - Packaging type: loose cans into 12 & 24 trays and WA boxes - Year: 2018 - Operating hours: 3,446 h - Layout: compact canning line layout with overhead and floor-mounted conveyor sections Scope of Delivery - Can Depalletizer | Ska Fabricating Co. | – | Enclosed depalletizing system with safety guarding | 2018 - Can Conveyor System | KHS / AE | – | Overhead and floor-mounted conveyor network for empty cans and line transfer | 2018 - Ionized Air Rinser | Ska Fabricating Co. | AV-C500 | Empty can rinsing / cleaning module before filling | 2018 - Can Filler | KHS | Innofill Can C | Automated can filling system | 2018 - Fill level detection | Heuft | - - Can Seamer | Ferrum | FC03 | Rotary can seaming unit | 2018 - Can dryer | Air control industries | 2018 - Labeller | Pack Leader Advanced Dynamics | Pro-516 | Labelling machine incl. roller feed | 2018 - Case Packer | Atlanta | Rafaello 726 | packaging system | 2018 - Case Packer Printer | SATO | S86-EX | 2018

Condition: used, machine/vehicle number: LC594, Technical Specifications & Performance Data This complete PET bottling line is engineered for carbonated water and soft drinks, delivering consistent output and reliable quality for beverage production. It combines high-efficiency blowing, isobaric filling, labeling, packaging, and end-of-line automation into a cohesive used bottling line suitable for second hand industrial packaging operations. Production speed: 13,000–14,000 bottles per hour Containers: PET bottles, neck finish 28 1881 Blow molder: Sidel SBO10, 10 cavities Preform handling: Sidel EBH 2050 preform hopper Air conveyor: Sidel-Alsim Rinser/Filler/Capper monoblock: Sidel-Alsim PET Trybloc Asmojet 1T RV-P 48/60/10K Rinser: 48 clamps, 1 water treatment Filler: 60 isobaric valves Capper: 10 heads Premix/Mixer: Sidel-Alsim, 30 m³/h output Bottle dryer: ACI Labeling machine: Krones Contiroll, rotary, 15 dishes, PET wrap-around, roll-fed Shrink wrapper: Acmi Fenix, film-only configuration Handle applicator: Smipack HA 35-50-70 Palletizer: Alsim Valiant 1I 1P, fully automatic, push-type Pallet wrapper: PM Pragometal OBS Rotomatic Standard Advanced Automation & Control Systems The line integrates component HMIs and automatic control features at each station to streamline operation and changeovers. The isobaric filling block ensures precise filling for carbonated beverages, while the roll-fed rotary labeling system supports continuous, high-speed label application. Quick-change mechanical adjustments and format components help maintain uptime and reduce setup times in beverage production environments. Production Line Integration Capabilities Designed for inline operation from preform loading through palletizing, the system features smooth bottle transfer via air conveyors and synchronized starwheels in the filling monoblock. It integrates upstream blowing with downstream labeling, shrink wrapping, handle application, and palletizing, creating a complete packaging machinery solution. The line is suitable for carbonated water and soft drinks and supports multiple PET bottle formats and heights associated with the 28 1881 neck finish. Machine Condition & Maintenance History This second hand line is available for sale and is presented in ready-for-operation condition. Component years range from 1996 to 2019, reflecting a well-curated selection of bottling equipment. Buyers can arrange inspection to assess performance, equipment condition, and overall line integration prior to deployment in beverage production. Hedjydn A Hspfx Am Tjr Operational Performance & Versatility Optimized for carbonated products, the isobaric filler provides accurate CO₂ retention and foam control. The Sidel blow molder delivers stable bottle quality, while the Krones Contiroll rotary labeler ensures precise PET wrap-around label application at the stated throughput. Downstream packaging includes film-only shrink wrapping and automated handle application for multipacks, with automated palletizing and pallet wra...

Condition: used, Year of construction: 2010, machine/vehicle number: AT91, Used CIP Tetra Pak year 2010 15T/h Hjdpswga Iujfx Am Tsr The Used CIP Tetra Pak year 2010 15T/h, model Tetra Alcip 1, performs Cleaning in Place (CIP) to automate the cleaning process in bottling and food processing plants. Consequently, this system ensures an effective sanitation cycle without requiring production line disassembly, optimizing downtime and reducing water and detergent consumption. Tetra Pak built the Used CIP Tetra Pak year 2010 15T/h in 2010. Specifically, its 15-ton-per-hour operational capacity makes it suitable for high-productivity plants while ensuring hygiene standards that comply with food and beverage industry regulations. Technical Features of the Used CIP Tetra Pak year 2010 15T/h The Tetra Alcip 1 applies a controlled washing cycle to remove organic and inorganic residues from production circuits. In particular, the system integrates separate tanks for water, alkaline detergent, and acid, and it automatically regulates temperature, chemical concentration, and washing time based on plant requirements. As a result, it enhances the efficiency of cleaning operations. Moreover, the Used CIP Tetra Pak year 2010 15T/h automates the cleaning process, reducing cross-contamination risks and improving production efficiency. Additionally, the system allows operators to configure different washing parameters, which enables adaptation to specific production needs and ensures thorough cleaning of filling lines, pipelines, and heat exchangers. Safety and Process Control The system includes advanced safety features, such as: Sensors that continuously monitor detergent concentration. Temperature and pressure controls throughout the cleaning cycle, ensuring optimal performance. Alarm systems that detect and manage sanitation process anomalies, thereby preventing potential failures. As a result, these features ensure this Used CIP operates reliably, minimizing operational errors and optimizing water and chemical consumption. Furthermore, the system’s automated monitoring enhances safety while reducing maintenance requirements. Operational Advantages Using this Used CIP Tetra Pak  enhances plant productivity in multiple ways. First and foremost, it reduces downtime: the continuous washing system completes fast cleaning cycles without requiring component disassembly. Moreover, it optimizes resource usage: the automatic detergent dosing system prevents chemical waste. Additionally, it ensures regulatory compliance: the system meets high hygiene standards and complies with industry regulations. At the same time, the automated nature of this system helps manufacturers streamline their cleaning procedures. Consequently, businesses benefit from both improved production continuity and reduced operational costs. Likewise, the ability to customize cleaning parameters provides greater control over sanitization processes. Conclusion In summary, this Used CIP Tetra Pak provides an efficient and reliable solution for sanitizing bottling and food production plants. Since its design prioritizes automation, this system minimizes manual intervention while maximizing operational efficiency. Furthermore, its advanced safety features ensure maximum hygiene and productivity in the beverage and liquid food industry. Ultimately, adopting this system allows companies to maintain high sanit...