Beverage machine

Kosme

Condition: new, GEOMET-2000 flow bench for calibrating a variable nozzle turbocharger without shaft rotation. This flow bench can calibrate the geometry of vacuum, air and electronically controlled turbochargers. The equipment is adapted to the needs of workshops for repairing turbochargers of trucks and cars. It is also designed to work with large-sized or non-standard turbocharger designs; Flowbench GEOMET-2000 will allow a regular workshop to provide professional turbine repair services, thus gaining more customers. HIGHLIGHTS Adjusting the end stop position of the air flow control mechanism (variable geometry) will eliminate the "overblowing" effect, which is detrimental to the engine. Adjusting the length of the actuator rod to adjust the actuation timing of the air flow control mechanism. Evaluating the spring elasticity of the actuator for in-depth diagnostics of vacuum and pneumatic actuators. Checking the operation of the N75 valve for turbines with vacuum valve, which is involved in controlling the turbocharger on the vehicle. Tuning of electronically driven turbos is done by connecting to an external tester ATP-1000. Vertical position of the turbocharger and free working area - comfortable and efficient work with all types of turbochargers. KEY FEATURES • More than 6200 turbo references database • Creation of a test plan for a new turbine from the manufacturer. • All measurements are done in real time. • Calibration of the test bench before starting work • Automatic atmospheric pressure and temperature compensation • N75 valve testing function • Built-in blower pump to create a constant airflow • Self-developed Turbo Test software. • Creation and printing of reports on the tuning process. • Quick turbine installation thanks to magnetic adapters • Self-diagnostics SPECIFICATIONS Maximum productivity of the vacuum pump 180 m3 Required pressure in the pneumatic system 0,6 – 0,8 MPa Power supply 220V, 1Ph, 50Hz Power input 1,5 kW Djdpfx Abon E N E Es Tewf Dimensions 1190 х 520 х 1730 mm Weight 255 kg

Year of construction: 2025, condition: new, GeoBoost-7000 Combined bench for turbocharger geometry calibration and performance evaluation. Stand for static and dynamic calibration and testing of turbocharger. It has a combined two-position design, which allows testing the turbocharger in two modes - rapid static calibration of turbocharger geometry - Full dynamic diagnostics at different operating modes GeoBoost-7000 will allow you to carry out professional testing of turbocharger operation during repair, tuning or modernization. The availability of two working zones of the machine depending on the testing method helps to carry out comprehensive diagnostics. HIGHLIGHTS • Simulates real-world operating conditions for accurate turbocharger diagnostics and tuning. • Flexible and versatile to work with a variety of turbocharger models. • All types of turbochargers can be installed using the accessories provided. • Oil leak testing using heated oil and compressed air. • N75 turbocharger control valve testing. Dwedpfx Abjvtn Hmj Tef KEY FEATURES - Ability to adjust the extreme position of the blades of the air flow control mechanism. - Adjusting the length of the stem to adjust the actuation torque of the air flow control mechanism. - Real-world turbocharger testing; - Real-time geometry tuning; - Performance testing of actuators: vacuum, pneumatic and electric types; - Diagnosis of servo-drives of electric actuators (optional); - Post-assembly testing of the turbocharger for oil leakage; - Availability of a high capacity vacuum pump to create the required vacuum and air flow. - Testing the turbine according to the manufacturer's test plan; - Calculate turbocharger performance; - Plot supercharger inlet and turbocharger outlet boost vs. flow; - Construct the resulting graph; - Generate and print test reports. SPECIFICATIONS Maximum rotor speed 99 000 rpm Maximum air flow rate of compressor 110 m³/min Maximum pressure of compressor 900mbar Maximum vacuum created by the vacuum pump -800mbar Power supply 380V, 3Ph, 50Hz Power input 6 kW Dimensions 1700 х 900 х 1500 mm Weight 400 kg

Condition: like new (used), functionality: fully functional, overall weight: 7,000 kg, This machine is configured with 4 fully electronic CNC axes and has integrated software that generates the automatic program. Description Maximum gear diameter: 400 mm Gear width: 76 mm Stroke: 82 mm Rotation: 150 - 700 rpm Module: min. 0.5 mm Module: max. 6 mm Machine weight: approx. 7500 kg Electrical equipment: – Operating voltage: 380/400 V – Protection: 20kva Dwodpfxowvbqie Ab Tef Machine with new CNC Siemens 808D Siemens drives and servomotors New update 2025 Screens for automatic program generation Automatic cycles NR12 Included in Chip conveyor Coolant tank Automatic lubrication Digital pressure controls Hydrostatic guide

Year of construction: 2019, condition: refurbished (used), Raptor of the company Pamminger model 2350 DBS machine was in use for 1 year incl. lifting station (blue) and if required with driven roller conveyor. Cover sheet function Set program with corner edges. Dedpfjic U Ekjx Ab Tswf

Condition: used, Spraying the full product with cold water to cool it down to approx. 40 °C. Allows clean labelling and creates a vacuum in the bottle. With cooling tower for recooling the spray water from the tunnel cooler with recirculation. Additional title: full product cooler, with splash water recooling Capacity of filling line: 5000 bo/h Dedpfx Asw Tmpdsb Towf Features: Cooling tower for spray water recooling with circulation (Richter Cooling Systems, 2015)

Condition: used, Year of construction: 2017, Overview The ALWID-SUPERIOR-16D/4SK filling machine was built in 2017 by the German manufacturer ALWID. The machine was used by a Company producing sauces in Germany. After bankruptcy, BEVMAQ took over the machine and stored it. The filler is a piston filler that can fill volumes of 0.1-1.0 l into containers made of plastic or glass. The volume to be filled can be easily adjusted. The cap is pressed on. An extension to a screw capper is possible. In addition to sauces, the machine can also be used for dressing, spirits or mayonnaise. The below-surface filling can also be used to fill products that tend to foam. Technical Details Capacity: 6,000 bottles per hour with 250ml bottle volume A test showed that mayonnaise can still be filled to 500ml at 6,000 bottles per hour Working Direction: Left - Right Number of filling stations: 16 Number of closing elements: 4 Siemens control Below surface filling Lowering and raising the filling pipe during the filling process Scope of delivery: Filler Capper Cap sorting unit Cap alimentation Djdpewwq Sfsfx Ab Tjwf

Condition: used, Year of construction: 2003, operating hours: 5,000 h, Used Kosme Labeling Machine Extra Hot Melt 8T S1 E1 2003 Dimensions: 2.5m x 1.5m Power supply is 400V. Power capacity is 11kW. Air consumption is 60l/min. Nominal pressure 5-6bar. Has run 1.5L, 0.5L, and 0.33L PET Bottles, and includes all the relevant parts such as the base plates etc. for these sizes. The label size of the 1.5L Bottle was 82mm x 278mm. The label size of the 0.33L Bottle was 40mm x 203mm Output capacity: 7,000 bph Working hours: approximately 5,000 hrs. Dwodpfx Asvgurieb Tjf

Condition: new, Year of construction: 2025, functionality: fully functional, New Pallet Magazine / Pallet Dispenser Specification: Configurable Pallet Dispenser for EUR or different pallets MAX capacity of up to 15 pallets Pallet type: width from 750 up to 1200mm It could be mounted on the pallet conveyor. Main Power: 240V 50Hz Djdpfxsi Hnz To Ab Tswf Air Compressor 100L-200L Air Pressure: 6-8bar Control: Delta PLC/HMI Currently, in stock, we have 10 pieces. PROTON EE-ELEKTRONIKA d.o.o

Condition: excellent (used), Kübrich Kübrich test systems 48V belt starter generator - component test bench Details of the test stand: (see Fig. 13) Frame with (1) Mounting device for a belt starter generator (2) Load machine (3) Belt (4) MP1: Switch cabinet (5) MP3: Control cabinet for the control system, transfer plate with main switch, I/O (6) MP2: Switch cabinet with Simotion (7) MP4: Switch cabinet with DC-DC converter (8) H3: Measurement technology box Dodpfx Aeumv Emob Tjwf (9) H4: Transfer box Intended use: The test stand is used to carry out tests on belt starter generators during development. Technical data: Electrical connection data Power supply: 400 V / 32 A Battery simulation: 0 - 60 V Current: 0 - 250 A (continuous) Current intensity: 330 A (short term, less than 1 s) Control voltage 24 V Mechanical performance data according to the data sheet of the load machine A transmission ratio of 1:2 to the test specimen shaft must be observed. Speeds: Load machine: Set-up mode: 0 - 50 1/min Automatic mode: 0 - 10 000 1/min Test specimen motor: Set-up mode: 0 - 100 1/min Automatic mode: 0 - 20 000 1/min Dimensions and weight Width: 850 mm Height: 1386 mm Length: 1687 mm Weight: approx. 1.2 t Condition: used Scope of delivery: (see picture) (Changes and errors in the technical data, specifications are reserved!) We will be happy to answer any further questions you may have on the phone.

Condition: used, Year of construction: 2011, Used Depalletizer Kosme Eurodepack B1L m-40-RF 7000 bph Dedew Iv A Njpfx Ab Tewf The Used Depalletizer Kosme Eurodepack B1L m-40-RF 7000 bph is an automatic bottle depalletizing system designed for the efficient unloading of empty glass bottles from pallets and their smooth transfer into the bottling line. This machine operates with a sweep-off system, handling complete layers of bottles in a controlled and precise motion, ensuring integrity and stability throughout the depalletizing process. Built for reliability and continuous industrial use, it is engineered to sustain high-speed operations while maintaining gentle bottle handling, making it particularly suitable for wine bottling applications. The system is equipped with a motorized lifting platform that positions each pallet layer at the optimal height for the sweep-off carriage. Bottles are transferred laterally onto the discharge table, which is connected to an overhead conveyor at a height of 3,000 mm. This elevated discharge allows direct integration into bottling lines with high-level bottle infeed systems, ensuring smooth flow and avoiding unnecessary floor space usage. The sweep-off mechanism is synchronized with a layer sheet removal system, which efficiently extracts interlayers between bottle rows without disrupting the cycle. All structural components are manufactured in stainless steel, ensuring corrosion resistance and compliance with hygiene standards for the food and beverage industry. Safety guarding in transparent polycarbonate provides operator protection while allowing clear visibility of the process. Access doors are fitted with interlocked safety switches, stopping the machine immediately when opened. Performance and Handling Capabilities With a nominal output of 7,000 bottles per hour for 0.75 L wine bottles, the depalletizer is capable of sustaining medium-to-high production speeds without becoming a bottleneck in the line. The handling system accommodates standard cylindrical wine bottles as well as shaped formats within the diameter and height range typically used in the wine industry. This versatility allows it to operate seamlessly in lines processing multiple bottle designs, from standard Bordolese to conical premium bottles. Bottle stability during transfer is ensured by precision-aligned guide rails and controlled sweep-off speed. The discharge conveyor is designed to accept bottles in a single file without accumulation shock, and the infeed height of 3,000 mm makes it fully compatible with existing high-level air or belt conveyor systems. The machine’s motion control is achieved through robust motor drives, with each function timed to minimise cycle interruptions and reduce mechanical stress. Automation and Integration The depalletizer is fitted with its own dedicated electrical cabinet, providing independent control and easy integration into a complete bottling line. The system can be synchronised with upstream and downstream equipment via standard industrial communication protocols, ensuring coordinated start/stop and preventing line jams.