Used Compounding for sale (209)

Condition: used, mileage: 157,400 km, power: 375 kW (509.86 HP), first registration: 01/2022, fuel type: diesel, overall weight: 18,000 kg, axle configuration: 2 axles, gearing type: automatic, emission class: euro6, Equipment: air conditioning, electronic stability program (ESP), parking heater, Full service history ----Volvo FH 500 I-SAVE. New Tachograph 4.1 installed! ----* 12-speed automatic transmission * VEB+ (Volvo Engine Brake+) * Rear axle differential lock * Eco-cruise control (cruise control) including brake cruise control * Electronic Stability Program (ESP) * Disc brakes * Smoke detector in driver's cab * Roof hatch and emergency exit electrically operated * Adaptive Cruise Control (ACC), collision warning & emergency braking function * Lane Departure Warning System (LSS-DW) * Globetrotter XL cab Isdpfx Ajyw A Uxjn Noif * Exterior transparent sun visor * Electrically adjustable and heated exterior mirrors * Refrigerator in driver's cab * Roof and side spoilers on cab * Electric windows for driver and passenger doors * Cab suspension air-sprung * Rear-view mirror with proximity camera on passenger side * Central locking with remote control * Immobilizer (transponder) * Volvo I-Shift transmission * Automatic climate control * Auxiliary warm air heating * Heated driver's seat * Volvo I-ParkCool (integrated stationary air conditioning) * Rear axle air suspension, 4 air bellows * 6-cylinder engine * Volvo I-See with map-based topography information * Telematics gateway with 4G * 285-liter fuel tank * 650-liter fuel tank * LED main headlights * Headlamp cleaning system * Euro 6E engine * Turbo compound * Engine with AdBlue * Aluminum rims * Air-sprung driver's seat * Driver airbag * Lower bunk * Upper bunk * EBS * Without spare wheel ----Sale only to businesses! No guarantee for the information provided! Subject to prior sale! Only our general terms and conditions apply! We would be happy to provide you with a leasing or financing offer.

Condition: ready for operation (used), functionality: fully functional, Press line for manufacturing can ends (tops and/or bottoms) Comprising: - Bliss 1831 double die press - Bliss double curler - IMC / Grace compound liner Iijdpfex Ezuysx An Njf - Drying oven - Production capacity: up to 600 ends per minute

Condition: like new (used), Year of construction: 2021, Bainite BM 95 L INTERMESHING rubber internal mixer / available immediately Model: 95 L IM Intensive mixing of various rubbers Rotor type: HP-5 Type Design Iiodey E I Awjpfx An Nef Tank capacity: 95 liters Dosing opening size: 860mm x 407.7mm Dosage (Kg.): 95 x Sp. Gr. compound x filling factor The filling factor is a function of the viscosity of the compound, the rotor speed and the pressure on the suspended weight. It is a value between 0.65 and 0.90. A typical charge size for a rubber mixture is 95 x 1.15 x 0.65 = approx. 72 kg / charge. Motor power: 420KW, 1000RPM, 415V, 50 Hz AC Motor Rotor speed: 6 to 60 rpm Active cycle time: Continuous Discharge door: Hydraulically operated sluice door in the side of the chamber: Peripherally drilled Floating weight: Hydraulic operation The mixer: approx. 10t The main motor: approx. 5t The main gearbox: approx. 5t The main control panel: approx. 1.5t

Condition: ready for operation (used), Year of construction: 2018, spindle speed (max.): 1,600 rpm, travel distance X-axis: 315 mm, travel distance Z-axis: 127 mm, number of axes: 3, This 3-axis KNUTH Turnado 280/1500 was manufactured in 2018. It features a distance between centers of 1,420 mm and a swing over bed of 560 mm. The machine is equipped with a spindle speed range of 25 – 1,600 rpm and includes a 3-axis Digital Readout (DRO) and a quick change tool post. If you are looking to get high-quality turning capabilities, consider the KNUTH Turnado 280/1500 horizontal turning machine we have for sale. Contact us for further details. Technical specifications • Distance between centers: 1,420 mm • Swing over bed: 560 mm • Swing over cross slide: 360 mm Isdpfx Aszgfqfsn Noif • Swing in gap: 790 mm • Gap length: 180 mm • Bed width: 350 mmTravels • Compound slide swivel: ±52°Spindle • Spindle nose: Camlock D1-8 • Spindle bore: 80 mm • Spindle taper: MT7 • Number of spindle speeds: 12Feed rates • Longitudinal feed: 0.059–1.646 mm/rev • Cross feed: 0.020–0.573 mm/revThread cutting • Metric threads: 0.2–14 mm (47 ranges) • Module threads: 0.1–7 mm (39 ranges) • Whitworth threads: 2–112 TPI (60 ranges) • Diametral pitch threads: 4–112 DP (50 ranges)Tailstock • Tailstock taper: MT5 • Tailstock quill diameter: 76 mm • Tailstock quill stroke: 180 mm • Tailstock offset adjustment: ±12 mmMachine data • Main motor power: 7.8 kW • Voltage: 400 V • Frequency: 50/60 Hz Additional equipment • 3-axis Digital Readout (DRO) • Quick Change Tool Post • Chip conveyor • Extensive standard tooling package Technical Specification Counter Spindle Yes Driven Tools No

Condition: new, Year of construction: 2026, CORMAK TORNADO 360×1250 VARIO Universal Lathe The CORMAK TORNADO 360×1250 VARIO is a professional conventional lathe designed for precision metalworking in manufacturing facilities, toolrooms, and maintenance workshops. Its robust construction, 1,250 mm distance between centers, powerful 2.4 kW motor, and Camlock D1-5 spindle mounting provide outstanding rigidity, stability, and repeatable machining accuracy, even during demanding cutting operations. Key Advantages of the CORMAK TORNADO 360×1250 VARIO Universal Lathe 1,250 mm distance between centers allows machining of workpieces up to 1,000 mm between the chuck and tailstock center, making it suitable for long shafts and cylindrical components. Hardened and precision-ground 205 mm bed offers excellent wear resistance while effectively minimizing vibration. 52 mm spindle bore enables machining of larger-diameter stock without additional preparation. Camlock D1-5 spindle nose provides quick, secure, and rigid chuck mounting. 2.4 kW motor delivers high torque at low spindle speeds and maintains reliable performance under load. Variable spindle speed (VARIO) from 70–2,000 RPM allows precise adjustment to suit different materials and machining operations. Supports both metric and imperial thread cutting, making the machine highly versatile. Compatible with 16 × 16 mm cutting tools, allowing the use of professional turning tool holders. Rigid Construction for Superior Machining Accuracy The lathe features a heavy-duty cast iron frame designed to minimize vibration during machining. Its substantial weight and wide guideways provide excellent rigidity, while the hardened and precision-ground bed maintains its geometry even under intensive industrial use, ensuring consistently accurate machining and high-quality surface finishes. The spindle is supported by precision bearings and equipped with a Camlock D1-5 spindle nose for rapid chuck changes and maximum rigidity. The 52 mm spindle bore allows larger-diameter materials to pass through the spindle, expanding the machine's machining capabilities. Standard Equipment Machine stand 200 mm 3-jaw chuck with internal and external jaws 200 mm 4-jaw independent chuck with internal and external jaws Set of 7 turning tool holders (16 × 16 mm) Faceplate Thread dial indicator Fixed steady rest Follow rest 2-axis digital readout (DRO) Chip tray and tool drawer Coolant system LED work light Technical Specifications Specification Value Swing over bed 360 mm Swing over cross slide 220 mm Distance between centers 1,250 mm Bed width 205 mm Maximum tool size 16 × 16 mm Spindle bore 52 mm Spindle taper / spindle nose MT6 / Camlock D1-5 Spindle speed range 70–2,000 RPM (variable) Metric threads 20 ranges, 0.25–5 mm Imperial threads 25 ranges, 4–60 TPI Longitudinal feeds 15 ranges, 0.05–0.5 mm/rev Cross feeds 15 ranges, 0.02–0.2 mm/rev Compound slide travel 95 mm Cross slide travel 180 mm Tailstock quill diameter 46 mm Tailstock taper MT4 Tailstock quill travel 100 mm Motor power 2.4 kW Power supply 400 V Isdpfxjznt Rps An Noif Overall dimensions (L × W × H) 1,930 × 850 × 1,600 mm Weight 600 kg

Condition: new, Year of construction: 2026, CORMAK TORNADO 360×1000 VARIO Universal Lathe The CORMAK TORNADO 360×1000 VARIO is a professional conventional lathe designed for precision metalworking in manufacturing plants, toolrooms, and maintenance workshops. Its rigid construction, 1,000 mm distance between centers, powerful 2.4 kW motor, and Camlock D1-5 spindle mounting ensure excellent rigidity, stability, and repeatable machining performance, even during demanding cutting operations. Key Advantages of the CORMAK TORNADO 360×1000 VARIO Universal Lathe 1,000 mm distance between centers enables machining of long shafts, sleeves, and other extended workpieces. Hardened and precision-ground bed (195 mm wide) provides excellent wear resistance and effectively dampens vibrations. 52 mm spindle bore allows machining of larger-diameter bar stock without prior preparation. Camlock D1-5 spindle nose ensures fast, secure, and rigid chuck mounting. 2.4 kW motor delivers high torque at low spindle speeds and reliable performance under load. Variable spindle speed (VARIO) from 75–2,000 RPM allows precise adjustment for different materials and machining operations. Supports both metric and imperial thread cutting, increasing the machine's versatility. Accommodates 16 × 16 mm cutting tools, making it compatible with professional turning tool holders. Rigid Construction for High Machining Accuracy The lathe is built around a heavy-duty cast iron frame whose substantial weight and wide guideways effectively minimize vibration during machining. The hardened and precision-ground bed maintains its geometry even under intensive use, ensuring consistently high machining accuracy and excellent surface finish. The spindle is mounted on precision bearings and features a Camlock D1-5 spindle nose for quick chuck changes and maximum rigidity. Its 52 mm spindle bore enables machining of larger-diameter materials, expanding the machine's application range. Ijdpfx Aoznt I Ien Neif Standard Equipment Machine stand 200 mm 3-jaw chuck with internal and external jaws 200 mm 4-jaw independent chuck with internal and external jaws Set of 7 turning tool holders (16 × 16 mm) Faceplate Thread dial indicator Fixed steady rest Follow rest 2-axis SINO digital readout (DRO) Chip tray and integrated tool drawers Coolant system LED work light Technical Specifications Specification Value Swing over bed 360 mm Swing over cross slide 225 mm Distance between centers 1,000 mm Bed width 195 mm Maximum tool size 16 × 16 mm Spindle bore 52 mm Spindle taper / spindle nose MT6 / Camlock D1-5 Spindle speed range 75–2,000 RPM (variable) Metric threads 20 ranges, 0.25–5 mm Imperial threads 25 ranges, 4–60 TPI Longitudinal feeds 15 ranges, 0.05–0.5 mm/rev Cross feeds 15 ranges, 0.02–0.2 mm/rev Compound slide travel 95 mm Cross slide travel 180 mm Tailstock quill diameter 32 mm Tailstock taper MT3 Tailstock quill travel 90 mm Motor power 2.4 kW Power supply 400 V Overall dimensions (L × W × H) 1,700 × 850 × 1,600 mm Weight 550 kg

Condition: new, Year of construction: 2026, CORMAK OS1400 Mobile Welding Fume Extractor The CORMAK OS1400 is a mobile welding fume extractor designed to effectively remove welding fumes and exhaust gases directly at the source. It combines high suction pressure with a high airflow rate, while its sound-insulated fan chamber ensures quiet and comfortable operation. Additional advantages include an integrated pneumatic filter cleaning system, adjustable airflow at the suction inlet, and a robust industrial-grade construction. A Healthier and Safer Working Environment Welding fumes are more than just unpleasant odors and reduced visibility. They consist of extremely fine particles and hazardous compounds that can quickly deteriorate working conditions in enclosed workshops and production halls. The OS1400 is designed to capture welding fumes and exhaust gases at their source before they spread throughout the workstation and the entire facility. This provides operators with a cleaner working environment while helping companies maintain workplace safety standards and keep production areas clean and organized. High Performance for Demanding Applications Iiedpfxsznt Ihj An Nsf One of the key advantages of the OS1400 is the combination of high suction pressure and high airflow (1,500 m³/h). In practice, this ensures reliable and efficient extraction even during intensive welding operations with heavy fume generation, such as: continuous welding, welding thick materials, long weld passes. Its high extraction capacity helps prevent fumes from escaping into the surrounding work area, improves visibility, and enhances both welding quality and operator comfort. Quiet Operation for Greater Workplace Comfort Daily usability is further enhanced by the unit's low-noise operation. The OS1400 features a sound-insulated fan chamber that significantly reduces operating noise, allowing the extractor to be positioned close to the welding station. This is especially beneficial in workshops and manufacturing facilities where several welding stations operate simultaneously. Reduced noise levels improve communication between operators, enhance concentration, and contribute to a more comfortable working environment throughout the shift. Automatic Pneumatic Filter Cleaning The CORMAK OS1400 is designed for ease of use and consistently high performance. It is equipped with an automatic pneumatic filter cleaning system that periodically removes accumulated dust from the filter without frequent manual intervention. This provides two major benefits: consistent extraction performance over extended operating periods, reduced maintenance downtime and lower operating costs. In production environments, minimizing unexpected interruptions and maintaining constant extraction efficiency helps improve productivity while ensuring clean working conditions. Adjustable Extraction Performance The unit features adjustable airflow control at the suction inlet, allowing extraction power to be matched to the specific application. Robust Construction and Mobility The OS1400 is designed for everyday industrial use. Its heavy-duty construction withstands demanding workshop and manufacturing environments where equipment is frequently moved, operates for extended periods, and is exposed to intensive daily use. Technical Specifications Model CORMAK OS1400 Airflow 1,500 m³/h Maximum Pressure 2,000 Pa Filter Efficiency 99.9% Motor Power 1.5 kW Power Supply 400 V Weight 80 kg

Condition: repair required (used), Year of construction: 1982, Heavy Duty Lathe SN1800X8000 Specifications: Manufacturer: 1MAI PLOIESTI (Romania) Year of Manufacture: 1982 Main Technical Data: • Face plate diameter: 1800 mm • Maximum swing over bed: 1780 mm • Maximum swing over slide: 1450 mm • Centre height: 800 mm • Distance between centres: 8000 mm • Maximum workpiece weight: 16 t • Spindle speed range: 0.8 – 160 rpm • Main drive motor: 55 kW (overhauled) • Longitudinal feed: 0.4 – 480 mm/min Iiedpfexrci Nex An Nef • Cross feed: 0.2 – 240 mm/min • Compound slide feed: 0.15 – 180 mm/min • Compound slide travel: 500 mm • Cross slide travel: 520 mm • Tool post travel: 175 mm • Machine weight: approx. 31,000 kg Accessories: - 4-jaw face plate - 2 steady rests - Grinding attachment - Milling attachment For further information, please contact us.

Condition: good (used), Year of construction: 2005, functionality: limited functionality, The FICO MMS-12-M is a Manual Molding System for the encapsulation (transfer molding) of semiconductors. It is a mechanically operated machine, primarily used for small series, development, and pilot production. Key specifications: Characteristic | Specification Type | Manual Molding System (MMS) Manufacturer | FICO (now part of Besi) Machine design | Mechanical Loading | Manual placement of lead frames Number of molds | 1 Capacity | 2 lead frames per cycle (12-position configuration) Application | Transfer molding of ICs, transistors, and other semiconductor packages Ijdezk Ak Ropfx An Nsif Production | Development, prototypes, and small production runs Meaning of "12-M" According to FICO documentation: MMS = Manual Molding System 12 = machine with one mold suitable for two lead frames. M = mechanical design. Typical features: Manual input of lead frames. Heated transfer mold. Hydraulic or mechanical press for the transfer process (depending on the design). Temperature and process time control. Suitable for epoxy molding compounds (EMC). Developed for laboratories, R&D, and small production quantities.

Year of construction: 2022, condition: excellent (used), functionality: fully functional, We offer this very good PMH (Plasticmaschinen handelsgesellschaft) PMH DS25-32LD twin-screw extruder, year of manufacture 2022. Manufacturer: PMH Plasticmaschinen handelsgesellschaft Model: PMH DS25-32LD twin-screw extruder Year of manufacture: 2022 Condition: very good Category ID: 452 Type: PMH twin screw extruder PMH Compounder DS25-32LD, with co-rotating, segmented twin screws ("good as new") The machine is designed with an 11 kW three-phase drive and a distribution gearbox for 95 Nm at 400 rpm. The mounted safety coupling is combined with a cut-off contact in case of overload. The maximum permissible melt pressure is 150 bar and is monitored by a pressure sensor. Individual housings allow you to configure the machine flexibly according to your requirements. The segmented screws with a diameter of 25 mm are designed in the standard version with several kneading zones and a decompression zone (atmospheric degassing). A blind cover for the decompression zone is included in the scope of delivery. Ceramic heaters with thermal sensors and cooling fans control the temperature. A stainless steel funnel is mounted on the filling opening. The electrical control system is integrated into the machine frame. All heating zones are switched contactlessly via solid-state relays. A swivelling touch panel is available for user-friendly operation. Iodpfx Ansznkx Dj Nsif The head plate is equipped with a mass pressure sensor. The mass pressure monitoring system switches off the drive when the set maximum mass pressure is exceeded. tool adapter with 4-hole nozzle plate Options: Vacuum pump for the degassing zone (only atmospheric degassing offered) 3 metre water bath Air-Knife Used strand granulator If you have any questions or need more information, feel free to send us a message or give us a call.

Year of construction: 2001, condition: good (used), For sale: an industrial twin-screw extruder, Werner & Pfleiderer ZSK 133, now known under the Coperion brand. This machine is designed for processing and compounding plastic materials, especially PP granules, polyolefins, masterbatches, filled, and modified materials. Iodpfozc I Igsx An Noif The extruder was manufactured in 2001 and purchased used in 2015 in working condition. However, it has not been used in our production since the purchase. It has been idle since then and is being sold due to lack of use. Key specifications: capacity up to 4 t/h, main electric motor 1100 kW, voltage 690 V, frequency 50 Hz, motor speed 1492 rpm, screw speed up to 400 rpm, maximum pressure 200 bar, heating power 137 kW, 6 heating zones, dimensions 3535 × 900 × 500 mm. The extruder includes a melt pump, an underwater granulator with a die and a set of knives, a cooling system for a water bath, an oil unit with electric heaters for heating the granulation die, and hydraulic units for operating and locking the shears. Suitable for factories involved in compounding, PP granule production, masterbatch production, regranulation, and processing of large volumes of plastic.

Condition: like new (used), Year of construction: 2023, functionality: fully functional, machine/vehicle number: 21137, tank capacity: 50 l, usable tank capacity: 36 l, input voltage: 230 V, inner dimension width: 280 mm, inner dimension length: 600 mm, COMPLETE ORIGINAL DESCRIPTION IN THE IMAGE GALLERY Mobile Vibratory Finishing Machine EUROTEC TV25-M – Vibratory Deburring System with Noise Protection For sale is a mobile vibratory finishing machine, EUROTEC TV25-M, in a compact design. This machine is ideal for deburring, rounding edges, smoothing, cleaning, and polishing various workpieces. Technical data: Manufacturer: EUROTEC Innovation Model: TV25-M (TV25 compact) Mobile vibratory finishing machine with complete noise protection enclosure Gross volume: approx. 50 liters Net volume: approx. 36 liters Connected power: 0.5 kW Operation via 230 V (Plug & Play) Working container: approx. 600 × 280 mm Electronic control with timer Frequency converter integrated Integrated process water treatment Process water feed pump 3-stage process water cascade (70 liters) Automatic shutdown after processing time expires Highly wear-resistant polyurethane lining Integrated scraping edge Very quiet operation due to complete noise protection enclosure Iisdpfx Aezktcqon Nsf Equipment: - Automatic compound dosing unit (TV25-M ACD5) - Partition module for dividing the working container (TV25 TW-G) for simultaneous processing of multiple batches - 3 stainless steel sieve boxes (TV25-M Skxx) - Various grinding media (ceramic and plastic): more detailed description see images Advantages: - Complete system on a chassis – ready for immediate use - Compact design - Easy operation - Ideal for small and medium-sized series - Uniform and reproducible processing results - Robust industrial quality The machine is in excellent condition and has been used only a few times. It has been used exclusively in a professional setting. New price as of 15.03.2023: €19,885.53 net

Condition: new, functionality: fully functional, fuel type: electric, color: other, Year of construction: 2026, FABO Bucket wheel washers are intended to maximize the support of various terms throughout the process, such as the maximum recovery of fines or maximum remove of fines with lower power capacity. Iedpfjzlr N Sox An Nsif Sand and water compound is supplied into the washing tank of bucket wheels and the sand is obtained and dewatered by impellers after washing. The dirty water enters the spiral tank for fine sand pressing, then the pressed fine sand is shifted into the bucket wheel tank by the gradually rotating spiral blade, the fine sand is carried out by the buckets, dewatered and discharged.

Condition: good (used), mileage: 312,086 km, power: 345 kW (469.07 HP), first registration: 05/2024, fuel type: diesel, tire size: 385/55 R22,5, axle configuration: 4x2, wheelbase: 3,800 mm, fuel: diesel, color: white, driver cabin: sleeper cab, gearing type: automatic, number of gears: 12, emission class: euro6, suspension: other, permissible axle load (axle 1): 7,500 kg, permissible axle load (axle 2): 11,500 kg, Year of construction: 2024, Equipment: USB port, air conditioning, central locking, cruise control, electric window regulation, fridge, parking heater, power mirror, second fuel tank, spoiler, = Additional Options and Accessories = - 2 beds - Adaptive Cruise Control - ADR - Airflow system - Aluminum fuel tank - Roof spoiler - FCW (Forward Collision Warning) - Remote central locking - Speed limiter - LDWS (Lane Departure Warning System) - LED lighting - Alloy wheels - Radio - Rearview camera - Sleeper cab - Side fender - Sun visor - Auxiliary air conditioning - VEB = Notes = ADR compliant Turbo Compound / I-Save Adaptive speed control Rear view camera Refrigerator Cruise control Auxiliary air conditioning Auxiliary heater Ijdpfx Aszkfwajn Njif Air conditioning New tachograph LED lighting LDWS FCW VEB VDS = Additional Information = General Information Cab: XL Technical Information Number of cylinders: 6 Engine displacement: 12,777 cc Unladen weight: 8,175 kg GVW: 8,175 kg Axle Configuration Axle brand: Other Brakes: Disc brakes Front axle: Tire size: 385/55 R22.5; Max. axle load: 7500 kg; Steered; Tire tread left: 50%; Tire tread right: 50%; Suspension: Parabolic spring suspension Rear axle: Tire size: 315/70 R22.5; Dual tires; Max. axle load: 11500 kg; Tire tread left inner: 80%; Tire tread left outer: 80%; Tire tread right inner: 80%; Tire tread right outer: 80%; Suspension: Air suspension Interior Interior: gray Product Safety Manufacturer: Nijwa Used Trucks Vormerij 12 7621HL BORNE, NL

Condition: used, blade length oben 211/unten 180 mm plate thickness max. 6 mm round bar steel max. 13 mm weight ca. 19 kg Sturdy shears body of quenched and tempered steel. Moving blade guides free of play (with low friction losses), blades of special tool steel, specially hardened and ground. Lever arm with counterweight spring for protection in the event of accidents, all pivot pins adjustable, all models with steplessly adjustable clamping arm. With compound action. Cuts sheet metals and round steel bar. Colour: Red-brown Isdpfxsxbtrmj An Noif

Condition: new, Year of construction: 2025, functionality: fully functional, Equipment: lighting, Modern painting systems and drying rooms must meet higher requirements than just a few years ago. The use of new coating systems, such as hydro-based paints, polyurethane resins, and epoxy-zinc powder or epoxy-iron glitter paints, demands advanced paint room solutions. A key aspect is the workpiece transport to the painting system and further processing. Our engineers offer expert guidance, whether it's dry overspray removal, wet washing, air humidification, or air drying, condensation drying at low temperatures, or hot air drying. We also provide pre-treatment solutions such as high-pressure washing with water circulation systems or compressed air blasting or wheel blasting techniques. Key Components of a Modern Painting System: Painting Booth: The key element of our system, equipped with advanced air filtration and ventilation systems to ensure a dust-free environment for top-quality results. 🎨 Air Treatment: Essential for maintaining the air balance in the spray booth by drawing in filtered air to replace the air exhausted by the ventilation system. 🌬️ Exhaust System: Removes overspray and volatile organic compounds (VOCs) from the booth, ensuring good air quality and operator safety. 🌿 Drying & Curing Oven: After painting, parts are transferred to the oven to cure and obtain a durable, high-quality surface. 🔥 Conveyor System: An automated conveyor moves parts from the spray booth to the oven, ensuring efficiency and consistency. 🚜 Control Panel: The brain of the system, where the operator controls everything from ventilation to temperature and conveyor speed. ⚙️ Lighting: LED-based lighting provides excellent visibility while also offering energy savings. 💡 Iiodpfjun R Ufsx An Nof Why Choose Our Painting & Drying Systems: Quality: Carefully designed with advanced features to ensure greater efficiency and performance. 🎯 Safety First: Efficient exhaust systems, fire suppression, and fire-resistant materials ensure a safe working environment. 🛡️ Customization: We offer customizable solutions that cater to your specific needs and preferences. 🛠️ Easy Maintenance: Our systems are designed to be easy to maintain, with durable and easy-to-clean materials. 🔧 Excellent Support: We provide top-notch customer service and technical support for installation, troubleshooting, and optimal maintenance. 🧰 Environmental Responsibility: Our systems are designed to be energy-efficient and environmentally friendly, minimizing pollution and making them a sustainable choice for surface treatment. 🌍 Complete Solutions for Painting Systems: Conveyor Systems: Automated transport systems for painting and blasting booths, with intersections and switching systems for parts up to 2000 kg. 🚛 Easy-to-Replace Filters: Painting booths with ceiling exhausts and easy-to-replace filter elements. 🧹 Versatile Heating & Drying Solutions: Heating options include oil, gas, or electrical heating, as well as cross-flow heat exchangers and activated carbon filters for solvent-heavy processes. 🌡️ Integrated Paint Supply System: An integrated paint supply system with airless pumps for full coverage in the painting booth. 🎨 Our complete solutions provide everything you need for efficient and safe painting operations. Get in touch with our experts today to optimize your painting system!

Condition: new, Year of construction: 2025, SAPI Powder Coating The perfect layer for lasting protection. Powder coating is a highly effective and widely used method for applying a protective and decorative finish to various types of surfaces. It is a dry finishing process in which a fine powder composed of resin, pigments, and additives is applied to a substrate. The powder is electrostatically charged so that it adheres evenly to the surface, forming a uniform coating. To achieve optimal adhesion and durability, the substrate is first thoroughly cleaned and prepared. Oils, dirt, and other contaminants are removed to ensure a clean surface. This is crucial for the powder to bond effectively to the substrate and achieve a strong and long-lasting coating. A powder coating system typically consists of various components and equipment required for the application and curing of powder coatings. Iijdpfjwf Dpgsx An Nof SAPI_Powder_spray_gun Spray Booth and Spray Area The booth provides a clean environment for the application process and ensures even powder distribution. Powder Coating Gun A powder coating gun is used to apply the powder coating to the workpiece. Powder Feed System The powder feed system consists of a hopper or container in which the powder coating material is stored. It typically includes equipment such as powder pumps, feed hoses, and powder screens to transport the powder from storage to the spray gun. Pretreatment Equipment Pretreatment equipment is used to prepare the substrate before the powder coating is applied. This may include processes such as cleaning, degreasing, rinsing, and surface treatment to ensure good adhesion and durability of the coating. Curing Oven A curing oven is an essential component of a powder coating system. It is used to heat the coated substrate to the correct temperature so that the powder coating can melt, flow, and cure into a durable finish. The oven typically consists of a conveyor system or racks to transport the coated parts through the oven chamber. Exhaust system An exhaust system will be installed in the facility to extract excess powder, fumes, or volatile compounds generated during the coating process. This system helps maintain a clean and safe working environment for personnel and prevents the accumulation of powder particles in the air.

Condition: new, SAPI Powder Coating The Perfect Coating for Lasting Protection. Powder coating is a highly effective and widely used method for applying a protective and decorative surface to various types of substrates. It is a dry finishing process where a fine powder made of resins, pigments, and additives is applied to a substrate. The powder is electrostatically charged, allowing it to adhere evenly to the surface and form a uniform coating. To achieve optimal adhesion and durability, the substrate is thoroughly cleaned and prepared first. Oils, dirt, and other contaminants are removed to ensure a clean surface. This is crucial for ensuring that the powder bonds effectively to the substrate, creating a strong and long-lasting coating. Components of a Powder Coating System A typical powder coating system consists of several components and devices required for applying and curing the powder coating. Spray Booth and Spray Area The booth provides a clean environment for the application process and ensures an even distribution of the powder. 🎨 Powder Coating Gun A powder coating gun is used to apply the powder coating to the workpiece. 💨 Powder Feed System The powder feed system consists of a hopper or container where the powder coating material is stored. It typically includes devices like powder pumps, feed hoses, and powder sieves to transport the powder from storage to the spray gun. 🔄 Pre-treatment Equipment Pre-treatment systems are used to prepare the substrate before applying the powder coating. This can include processes like cleaning, degreasing, rinsing, and surface treatment to ensure proper adhesion and durability of the coating. 🧼 Curing Oven A curing oven is a crucial component of a powder coating system. It is used to heat the coated substrate to the correct temperature so the powder coating melts, flows, and hardens into a permanent surface. The oven usually consists of a conveyor system or racks to transport the coated parts through the oven chamber. 🔥 Exhaust System An exhaust system is installed to remove excess powder, fumes, or volatile compounds generated during the coating process. It helps maintain a clean and safe work environment for the personnel and prevents the accumulation of powder particles in the air. 🌬️ Iodpeun Sd Uofx An Noif Looking for a Powder Coating Solution? Are you searching for a custom powder coating solution? We specialize in providing tailored powder coating solutions to meet your individual needs. Whether you have specific color requirements, complex designs, or challenging substrates, our experienced team is ready to deliver exceptional results. 💡 Contact us today to discuss your requirements, and let us develop a custom powder coating solution for you. 📞 Get in touch with us today!

Condition: refurbished (used), MORI-SAY 6/32 check over in standart configuration complete with : - 4 compound slides at stations 1-2-4-5 with independent movement - SIEMENS model S5 Simodrive motors for conditions feed speed ranges Chips conveyor : Removable tank with swarf conveyor Pick-up : Synchro pick-up Pick-up brake Hydraulic slide for back machining Iiedsun Sfxopfx An Nof Other attachments and special attachments on request

Condition: good (used), EMCOTurn 120 CNC lathe. 160 mm between centers, complete with EMCOTronic T1 control system. Turning diameter: 180 mm, turning diameter over compound slide: 75 mm, Iijdpfx Aeu Rd S Ron Nef spindle bore: 21 mm, speed range: 150-400 rpm, tool turret with 8 stations. Ex-College machine

Year of construction: 2003, operating hours: 65,470 h, condition: refurbished (used), functionality: fully functional, machine/vehicle number: Titan 68R-APC/ 2 68F-60-40-1100-UT, Titan 68R-APC/2 68F-60-40-1100-UT with tungsten carbide cylinder and screw (designed for WPC-HDPE base) Iodpozh Ednofx An Noif Very good feeding behavior and good processing. Screw modification for optimal use, including in the recycling sector. The system has been completely overhauled and is ready for use. Feeder optionally available. SIHI vacuum pump. For throughputs up to 400 kg/h. For highly filled compounds, approximately 180 kg/h. 4-zone heating.

Year of construction: 2003, condition: used, Technical details: Iodpfx Aju Nvb Isn Njif rated capacity: 175 kVA flow rate: 100 m³/h revolution per minute: 1500 U/min connection voltage: 400 V dimensions L x W x H: Container: 3,0 x 2,6 x 2,6 m Gas purification plant incl. container Application: For purification of sewage gases from organic silicon compounds and hydrogen sulfide. Gas pressure boosting plant make Muche GmbH Scope of delivery ivated carbon filter Cooling Danvoss; air consumption 2.800 m³/h; refrigerant R 134a Heat exchanger Renzmann&Grünwald Condenser ID Compressor MTZ22-4VI control cabinet incl. documentation, for sale as is. *

Condition: new, Year of construction: 2026, CORMAK 660 × 2000 Universal Lathe The CORMAK 660 × 2000 Universal Lathe is a heavy-duty industrial conventional lathe designed for precision metalworking in manufacturing environments. Its robust construction, featuring a massive hardened bed and a powerful 7.5 kW spindle drive, ensures excellent machining stability, dimensional accuracy, and long service life, even under intensive production conditions. Key Features of the CORMAK 660 × 2000 Universal Lathe Electromagnetic foot brake ensures maximum operator safety while significantly reducing downtime by allowing fast and reliable machine stopping. Rapid longitudinal and cross feeds considerably reduce tool travel time, increasing machining efficiency and operator productivity. Versatile machining capabilities including external and internal turning, taper turning, thread cutting (metric, imperial, module, and DP), drilling, broaching, and polishing. Hardened and precision-ground 350 mm cast iron bed provides outstanding vibration damping and high machining accuracy. Large Ø105 mm spindle bore with D1-8 spindle nose allows machining of large-diameter shafts and workpieces. High-performance spindle drive with 7.5/9 kW motor delivers reliable power for demanding cutting operations. Wide thread-cutting range without changing change gears, saving setup time and improving production flexibility. 3-axis Digital Readout (DRO) enhances positioning accuracy and provides better control over the machining process. The machine body is manufactured from high-quality cast iron, providing a substantial machine weight of approximately 3,190 kg, ensuring excellent vibration absorption. The headstock is equipped with a reinforced bearing system for smooth and stable operation throughout the spindle speed range of 25–1500 rpm. A centralized feed gearbox, leadscrew, and feed rod enable precise thread cutting as well as automatic longitudinal and cross feeds. Standard Equipment 3-axis Digital Readout (DRO) 315 mm 3-jaw chuck 400 mm 4-jaw chuck 400 mm faceplate Fixed steady rest Follow rest Coolant system Machine work light Operating manual (Polish/English) CE Declaration of Conformity Technical Specifications Parameter Value Swing over bed Ø660 mm Swing over cross slide Ø455 mm Swing in gap (diameter × width) 885 × 170 mm Centre height 330 mm Distance between centres 2000 mm Bed width 350 mm Maximum tool shank size 25 × 25 mm Cross slide travel 355 mm Compound slide travel 130 mm Spindle bore Ø105 mm Spindle nose D1-8 Spindle taper Ø113 mm (1:20) Number of spindle speeds 12 Spindle speed range 25–1500 rpm Leadscrew diameter × pitch Ø40 × 6 mm Imperial thread range 2–112 TPI (60 selections) Metric thread range 0.2–14 mm (47 selections) Iedpfsyk Dabox An Njif Diametral Pitch (DP) threads 4–112 DP (50 selections) Module threads 0.1–7 Module (39 selections) Longitudinal feed range 0.059–1.646 mm/rev (35 selections) Cross feed range 0.020–0.573 mm/rev (35 selections) Tailstock quill travel 180 mm Tailstock quill diameter Ø75 mm Tailstock taper Morse Taper No. 5 (MT5) Main spindle motor 7.5 kW (10 HP), 3-phase Coolant pump motor 0.1 kW (1/8 HP) Installation dimensions (L × W × H) 334 × 115 × 151 cm Packing dimensions (L × W × H) 340 × 115 × 182 cm Machine weight 3200 kg

Condition: excellent (used), functionality: fully functional, STROMAB CT800 Beam Cutting Centre Beam cutting centre for large cross-sections, making it an optimal solution for woodworking and timber frame construction. With electronically controlled 5-axis technology, it meets all requirements for straight, inclined, and compound cutting. It guarantees maximum processing speed and finished product quality, reducing labour input and maximizing productivity. Specification: Electronic adjustment of blade tilt angle 90 - 45 degrees Maximum cutting width 650 mm Electronic saw height adjustment Automatic material feeding Touchscreen control panel Iodpfx Aoytnftsn Njif Rotary worktable 0-345 degrees Maximum blade diameter 800 mm

Condition: used, Year of construction: 1975, functionality: fully functional, overall weight: 10,000 kg, total length: 2,745 mm, total width: 2,360 mm, total height: 2,700 mm, type of cooling: air, BBC BROWN BOVERI (nowadays ABB) – Pouromat, pouring furnace, type XCQ 44 TECHNICAL DATA - tub capacity: 4.4t - tiltable furnace - inductor 120kW - inductor voltage 380/425V - 2 operating modes: preheating, heating mode I - pouring efficiency 1-20kg/s - dimensions:  height: approx. 2700mm  length: 2745mm Iisdpjzfyu Asfx An Njf  width: 2360mm - weight: approx. 10,000kg - furnace equipped with a bottom-pour stopper - average inductor lifespan: 12 weeks - average bottom-pour stopper lifespan: 1 week - average tub lifespan: 4 – 6 months - furnace equipped with an additional device used to modify liquid metal with ferrosilicon CONSTRUCTION The pouring furnace consists of four basic groups: - First group – longitudinal travel (orbit motor) - Second group – transverse travel, including bottom-pour stopper - Third group – inductor with power 120 kW, voltage 380 V 50Hz, whose main function is to heat the liquid metal. The inductor is continuously air-cooled during operation. - Fourth group – switchboard with built-in transformer, contactors, and control station. POURING PROCESS The pouring process proceeds as follows: The DISAMATIC 2032 A positions the molds on the conveyor in the correct orientation. The correct position ensures that the open pouring basin in the mold is aligned with the bottom-pour stopper on the bottom of the tub. When the desired position is reached, the operator manually lifts the bottom-pour stopper (using a lever) to fill the mold until the liquid metal is visible in the overflow. The pouring speed of the molds can be adjusted depending on the diameter of the ceramic block and the orientation of the bottom-pour stopper towards the ceramic block. CERAMICS The manufacturer, BBC, recommends using a two-layer fire-brick lining, where one layer is permanent and the other is expendable. The permanent lining consists of an insulating layer, which is lightweight, burnt stone, and a sillimanite layer. The expendable layer consists of corundum material, i.e., concrete with a high clay content (94%). Both parts are connected by a special cement. The tub inductor is located within a lining made of Al₂O₃ or MgO and SiO₂, depending on the needs. The material used for the bottom-pour stopper is chamotte with varying clay content. The inductor is attached to the pouring furnace with screws and a sealing compound that has adequate plasticity and heat resistance. The entire device consists of three stopper rod sleeves, a bot, and a ceramic block, where the bot and stopper rod sleeves are connected. The bottom-pour stopper is seated on a threaded bar. The bottom-pour stopper is continuously air-cooled. Recommended air pressure: 6 atm. CERAMICS LIFESPAN 1. tub: approx. 4 – 6 months 2. inductor: approx. 12 weeks Ceramics lifespan depends on many factors. The most important are: production frequency, pouring temperature, cleanliness of the liquid metal, and alloy type. The lifespan of the upper cover and rotating cover is much longer because these parts do not have direct contact with the liquid metal. PRICE *49,000 EUR *disassembly of the furnace, transportation costs, and assembly at the customer's location are the responsibility of the Buyer; the price includes the following additional equipment: - additional (replaceable) inductors (without induction coil): 2 pcs.