Bottle washing machine

Gera

Condition: used, Year of construction: 2004, operating hours: 45,000 h, Used Blow Molding Machine KOSME KSB 4L up to 6800 bph The KSB 4L blow molding machine is built specifically for producing PET bottles. Notably, it offers a robust, compact solution for high-performance production. Its design is both innovative and technically straightforward. As a result, it ensures optimal efficiency and a high quality-to-price ratio. With four cavities, it effectively produces up to 6,800 bottles per hour. In addition, it accommodates formats from 0.1 to 2.5 liters. The solid, well-organized structure of the KSB 4L provides operators with flexibility and reduced maintenance needs. Furthermore, the machine has completed 22,000 hours of operation. It also includes two original molds, one for 0.5 liters and one for 1 liter. Heating system and preform feed in the Blow Molding Machine KOSME KSB 4L To achieve its heating capabilities, the KSB 4L’s heating system uses four heating modules and eight heating provides a heating capacity of 46 kW. Moreover, its patented positioning system places infrared lamps precisely, thereby ensuring optimal external heating of preforms without opening the oven. For efficiency, the conveyor belt system for preform feed orients and positions the preforms. It streamlines the heating process and thus reduces preparation times. Blowing process and production efficiency Furthermore, the Blow Molding Machine KOSME KSB 4L’s pneumatic preform separation system adjusts the preforms’ distance from 40 mm in the oven to 120 mm in the mold. Then, the blowing process operates in a fully replaceable station, which adapts to different bottle diameters as needed. Afterward, the transfer unit moves heated preforms into the mold cavities, where they undergo sealing, stretching, and blowing. Each cavity consequently produces up to 1,700 bottles per hour, thereby achieving high precision and stability in production. Consumption and energy requirements In terms of energy, the KSB 4L operates on a voltage of 3 x 230/400 V, with a frequency of 50 or 60 Hz, an installed power of 56 kW, and an average consumption of 36 kW. Additionally, the compressed air system maintains a working pressure of 10 bar and a blowing pressure up to 40 bar, consuming 470 Nm³/h of air. In addition, the cooling system requires a water flow of 6.6 m³/h at an inlet temperature of 5 to 7 °C, achieving a cooling capacity of 20.8 kW. Operator advantages and maintenance Cajdpovgvb Eefx Addea Notably, the design allows easy access to all internal components, thereby enabling quick format changes and simplifying mold replacement, which takes an average of only 30 minutes. Furthermore, its linear movement arrangement and durable construction materials minimize maintenance needs. Additionally, the touch-screen interface lets operators input parameters for different types of preforms and bottles, and the system offers password protection to enhance operational security. Conclusion of the Blow Molding Machine KOSME KSB 4L In conclusion, the KSB 4L serves as an ideal solution for those seeking a reliable and high-performance used machine that produces PET bottles with precise specifications and optimized consumption.

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   Caodsxlqugspfx Addsa

Condition: used, Year of construction: 2000, Used Bottle Washer KLINGER up to 9600 bph This Bottle Washer handles up to 9,600 bottles per hour. The machine features 20 bottles per row, ensuring a long soaking time and double lye pumps. Constructed entirely of stainless steel, this bottle washer uses a Siemens S7 control system, ensuring reliable and precise operation. Technical Specifications of the Washing System The Used Bottle Washer KLINGER up to 9600 bph includes double heaters and overflow pumps, providing a high cleaning capacity. Consequently, this configuration treats each bottle uniformly, enhancing the efficiency of the washing process. The Siemens S7 control system, furthermore, offers a user-friendly interface via a touch panel, simplifying operational management. Potable Water Treatment Plant Potable water treatment plays a crucial role in the proper functioning of the bottle washer. Hager + Elsässer provides the plant, which includes cation and anion exchangers, a salt container, a pre-filter, and a UV probe. This system processes 5 m³/h, ensuring high-quality water. Additionally, the reverse osmosis (RO) plant delivers a total desalination capacity of 2.5 m³/h, ensuring pure water for the washing process. Electrical Configuration and Control Panels This Bottle Washer features three electrical panels, arranged from left to right, with a Siemens touch panel for centralized control. This configuration allows for accurate monitoring and optimal operational management. In addition, the upper panels handle cooling, with a total residence time of 4.13 minutes and a treatment time of 1.63 minutes. Casdexqmrfspfx Addsa Technical details Bottle cells: width and diameter: height 100 mm. 360 mm spray hole in the base of the cell diameter 20 mm. The bottle cell is not round on the lower insertion side, but flattened , so that even bottles with small diameters can be inserted into the cell without any problems. Bottles from 200 ml to 1,500 ml can be rinsed. The diameter of the bottle mouth must not be smaller than the spray hole in the bottom of the cell, i.e. at least 20 mm. If the bottles are very light, or made of PVC, the spray pressure of the pumps could be reduced using software, so that the bottles are not sprayed out of the cell. Fort PVC bottles the diameter of the bottles should not be smaller than 50 mm, depending on the shape and weight. The higher the weight, the better… PVC bottles do not cause problems because of their shape or diameter, but are usually too light… So your bottles can be easily worked. Treatment and Spraying Details of the Used Bottle Washer KLINGER up to 9600 bph The central panel, on the other hand, manages the spraying times with the following specifications: Spraying soda: 0.5 min. Residual soda: 0.83 min. Hot water: 0.38 min. Warm water: 0.38 min. Cold water: 0.38 min. Fresh water: 0.

Condition: used, Year of construction: 2010, PARAMIX unit for carbonated drinks. The included process steps are: Deaeration of water, dosing and mixing of water and syrup, carbonating of water-syrup blend. Retrofit 2009 by FAMIX: - Carbonating device - CO2 pressure-temperature ratio controller Type BMS7 The controller including control cabinet is to be completely renewed when the machine is purchased. Additional title: mixing unit 1983 - 2010 Capacity approx.: 150 hl/h Mixing and carbonating Length: 2,9 m Width: 2,5 m Height: 2,5 m Weight: 3000 kg Operation / Control: mixing unit semi automatic, carbonating unit automatic Siemens S7 Material: Stainless steel Position: Frame mounted Cjdexbn Hrjpfx Addjaa Features: 2 pressure vessels (Product und Vacum), each 8,3 hl/ 8 bar, CO2-Pressure-Temperature regulator (FAMIX BMS7), Carbonising unit (FAMIX) Capacity 13000 l/h, PT 100, Pressure sensor, Pressure relief valve, CIP connection, control cabinet, HMI (Siemens), 2 mixing vessels with flap and agitator (Ahlborn, approx. 15 hl per vessel)

Condition: used, Year of construction: 2012, Technical Summary and Application Scope – ATES Giorgia 8000 bph The ATES Giorgia 8000 bph is a continuous-motion washing and rinsing system for glass bottles, suitable for both returnable and new bottles. It is designed for stand-alone use or seamless integration into existing or new bottling lines. Built primarily from AISI 304 stainless steel with plastic baskets and continuous-motion conveying, the machine ensures robust performance with industrial-grade safety protections. Main Technical Data Type: Industrial glass bottle washer and rinser, suitable for recycled and new bottles. Nominal output capacity: up to 8,000 bottles/hour depending on bottle format, contamination level, and line configuration. Materials: AISI 304 stainless steel structure; plastic baskets; stainless-steel doors and inspection windows. Mechanical composition: Shelves, baskets for bottle housing, and automatic loading/unloading with push bars. Easy inspection access for maintenance. Water treatment: Hot-water washing with caustic detergent (soda) followed by multi-stage rinsing. Installed electrical power: approx. 20 kW. Electrical supply: 400 V, 3-phase, 50 Hz; auxiliaries 24 V; PLC/SCADA integration (Siemens, Omron, Allen-Bradley). Water consumption: 1.0–1.5 m³/h via 1″ G (BSPP) supply, minimum 1.5 bar. Drainage: integrated rinse and tank drainage via 2″ pipeline. Compressed air: 6 bar operating pressure; approx. 20 Nl/h; 1/4″ connection. Thermal energy: approx. 250,000 kcal/h (~291 kW) via dedicated heat exchanger, compatible with steam or hot water supply; typical wash temperature around 70 °C for caustic stage. Filtration: internal filtration plus 0.2 μm microfiltration for process water. Sanitation: cleaning and sanitization stages including pre-wash and rinse, with detergent and disinfectant dosing; thermal insulation of tanks and piping for energy efficiency. System Architecture and Process Flow Casdpfxsxqmqzj Addja Returnable bottle cycle (full washing and rinsing) Automatic loading into baskets via push bars. Pre-wash spray to remove dirt and label residues. Immersion in hot caustic bath to disintegrate adhesives and organic matter. High-pressure internal and external washing through jetting manifolds. Multiple recirculating rinses followed by a final rinse with clean water or potable/demineralized water. Continuous label and debris extraction with filtration to prevent clogging. New bottle cycle (rinsing only) Spray pre-wash. Pre-treatment with detergent solution. Internal and external washing as required. Multi-stage rinsing and transfer to filling or storage. Immersion and label management stage Pre-wash and wash for removal of labels and residues. Sequential immersion and spray jets with controlled dosing and temperature.