Used Spectrum Analyzer for sale (202)

Condition: used, operating hours: 40,000 h, Krones Contifeed Preform Feeder The Krones Contifeed preform feeder is designed for the precise and efficient feeding of PET preforms into the blow molding machine. It operates using a roller sorter system that gently handles preforms of various sizes, ensuring they are properly aligned before entering the blow molder. The Contifeed system offers quick and infinitely variable adjustments, allowing it to accommodate different preform types and sizes with minimal manual intervention. The system is available in three different lengths to match the output of the blow molding machine and includes options for automatic adjustment, making it highly flexible and adaptable to different production requirements. The design also includes features like automatic troubleshooting and easy access for maintenance, ensuring high operational efficiency​. Krones Preform Check Inspector The Krones Preform Check Inspector is a sophisticated, inline inspection system designed to ensure the quality and integrity of PET preforms before they enter the blow molding process. Recognizing that the quality of the final bottle is heavily dependent on the condition of the preform, this system plays a critical role in maintaining high production standards and reducing waste in bottling operations. Dedpfx Amsvgvl Rjgjci The Preform Check Inspector utilizes advanced vision technology, incorporating high-resolution cameras and specialized lighting to conduct a comprehensive analysis of each preform. As preforms pass through the inspection station, they are subjected to multiple checks that assess various quality parameters. These include detecting surface defects such as scratches, dents, or contaminants, as well as identifying dimensional inaccuracies like ovality or variations in wall thickness. One of the key features of the Preform Check Inspector is its ability to perform 360-degree inspections. This is achieved by rotating each preform in front of stationary cameras, allowing for a complete examination of the entire surface area. This comprehensive approach ensures that even minute defects, which could compromise the integrity of the final bottle, are reliably detected. The system is also equipped with specialized software algorithms that analyze the captured images in real-time. These algorithms are calibrated to distinguish between acceptable variations and actual defects, minimizing false rejects and ensuring that only preforms that truly fail to meet quality standards are removed from the production line. This precision contributes to optimal material utilization and cost efficiency. Integration with the overall production line is seamless, as the Preform Check Inspector can communicate with upstream and downstream equipment to synchronize operations. In the event of detecting a defective preform, the system can trigger reject mechanisms to remove the faulty item without interrupting the flow of production. Additionally, the system’s data logging capabilities allow for tracking defect rates and identifying patterns, which can be invaluable for quality control and process improvement initiatives.

Condition: used, functionality: unexamined, Complete metal testing and materials testing laboratory Industrial quality assurance/testing laboratory as a complete package A fully equipped professional metal and materials testing laboratory from the industrial QA sector is for sale. The package includes, among others: OES metal analysis, universal testing machine, technical cleanliness analysis according to VDA 19 / ISO 16232, metallography equipment, hardness testing, coating thickness measurement, laboratory scales, water analysis, laboratory devices, extensive Köttermann laboratory furnishings, and consumables. Manufacturers include: AMETEK/SPECTRO, GALDABINI, JOMESA, Struers, Fischer, List, Ernst, Zeiss, KERN, Mettler, IKA, Memmert, Macherey-Nagel, Hanna, WTW, and Köttermann. Key features: Dcodpfx Amey Rglnogsi - AMETEK / SPECTRO SPECTROTEST TXC02 UV portable OES metal analyzer - GALDABINI QUASAR 100 universal testing machine / tensile tester 100 kN - JOMESA filter analysis system for technical cleanliness in accordance with VDA 19 / ISO 16232 - Struers TransPol-5 portable metallographic grinding and polishing system - Struers Rotopol-2 metallographic grinding and polishing machine - Fischer DELTASCOPE FMP30 coating thickness measuring system - List-Magnetik MEGA-CHECK Master coating thickness gauge - Ernst Computest SC portable hardness testing system - Carl Zeiss Jena Neophot metallographic reflected light microscope - Köttermann fume hoods, laboratory benches, hazardous materials cabinets, and chemical cabinets - Extensive laboratory consumables, laboratory glassware, and accessories Complete object description can be found in the documents.

Condition: good (used), Year of construction: 1995, FINIX 500 is a finishing system flexo photopolymer plates up to 500 x 800 mm (about 19 "x 31"). This finishing unit has the exposure section with ultraviolet lamps and sliding tray is entirely made of stainless steel, which is produced after posteksponirovanie normal processing, including preliminary exposure, exposure, washing and drying, are usually performed FLEXO apparatus 3 or 5. When the normal process is completed, fleksoplastina usually dry to the touch, but sticky and you must give it rigidity posteksponirovaniem. FINIX 500 eliminates the tackiness while giving the plate rigidity and making it durable and resistant to abrasion and mechanical stress by exposing respective light sources. Exposure is carried out two types of lamps emitting ultraviolet radiation with different spectrum, each of which produces a certain effect on the wafer. Special germicidal lamps eliminate tackiness, and UV lamps complete posteksponirovanie plate, making it harder. The exposure time for each type of lamp can be set independently of each other, enabling the simultaneous or separate exhibition with different duration. Each type of light is controlled by its own control panel with digital display. FINIX also presented a model 120 plates measuring 35 "x 47" (900 x 1200 mm). UV lamps bactericidal lamps FX 14x30 w 2x20 lamp cooling system posteksponirovaniya timer digitale Timer finisher digitale Djdpfscwi Tfjx Amgjci exhaust system Power 380V, 3 phase, 50 Hz dimensions 108 x 92 x 42 (H) cm net weight 130kg

Condition: used, Year of construction: 2015, functionality: limited functionality, machine/vehicle number: MW130, Technical characteristics: Work Area - Maximum turning diameter: 300 mm - Maximum workpiece length: 276 mm - X-axis travel: 250 mm / Rapid traverse X: 24 m/min - Z-axis travel: 460 mm / Rapid traverse Z: 24 m/min - W-axis travel: 520 mm / Rapid traverse W: 24 m/min Main Spindle - Spindle nose: A2-8 - Maximum speed: Left 3,000 rpm - Continuous power (100% duty cycle): Left – 15 kW / Right – 7.5 kW - Maximum swing over bed: 520 mm - C-axis positioning accuracy: 0.001° - Bar capacity: Left spindle – 80 mm / Right spindle – 53 mm Counter-Spindle: - Spindle speed: 6,000 rpm - Maximum bar diameter: 53 mm - C-axis positioning accuracy: 0.001° - Travel: 520 mm Turret with Driven Tools - Tool interface: Okuma interface - Number of stations: 12-station lower turret, all positions driven - Maximum milling speed: 4,500 rpm - Milling motor power: 4.5 kW Electrical Equipment - Operating voltage: 400V, 3-phase, fuse: 151 A - Connected load: 22.5 kVA Dimensions - Machine dimensions (L×W×H): 3,200 × 2,200 × 1,900 mm - Weight: 5,500 kg Main Features and Capabilities: - Horizontal construction: Optimal chip evacuation, parts catcher + custom parts conveyor belt - CNC control: OSP-P300L-R - Chip conveyor - Fire protection system - Tool measuring system (Q SETTER) - Broken tool detection system: Load monitoring auto-learning analyzer controlled by OSP-P300L-R - Workpiece detection on counter-spindle: Low-pressure compressed air gauges - Spindle cooling system - Documentation: Available electronically and as a hard copy Machine status: Operative only with main spindle – sub spindle requires repair Optional Equipment - Bar feeder: TopAutomazione model FU352 - Bar feeder dimensions (L×W×H): 3,500 × 800 × 1,200 mm Dedpoxxrbbsfx Amgoci - Weight: 1,500 kg

Condition: used, Year of construction: 2016, functionality: fully functional, machine/vehicle number: MW141, Technical characteristics: Work area Dcodpfsxxifkox Amgei # Maximum turning diameter: 300 mm # Maximum workpiece length: 276 mm # X-axis travel: 250 mm / Rapid traverse X: 24 m/min # Z-axis travel: 460 mm / Rapid traverse Z: 24 m/min # W-axis travel: 520 mm / Rapid traverse W: 24 m/min Main Spindle # Spindle mount: A2-8 # Maximum spindle speed: Left 3000 rpm # Continuous power (100% duty cycle): Left - 15 kW / Right - 7.5 kW # Max workpiece diameter over bed: 520 mm # C-axis indexing accuracy: 0.001° # Bar capacity: Left spindle - 80 mm / Right spindle - 53 mm Counter-Spindle: # Spindle speed: 6000 rpm # Max bar diameter: 53 mm # C-axis indexing accuracy: 0.001° # Travel: 520 mm Motorized Tool Turret # Tool interface: Okuma interface # Number of stations: 12-position lower turret, all stations powered # Maximum speed: 4500 rpm, Milling motor power: 4.5 kW Electrical equipment # Supply voltage: 400V 3-phase # Connected load: 22.5 kVA Dimensions # Machine dimensions (L×W×H): 3200 × 2200 × 1900 mm; Weight: 5500 kg Main features and capabilities: # Horizontal design: optimal chip evacuation, parts catcher + custom parts conveyor belt # Additional coolant tank with 10 bar pressure for cutting tool cooling # CNC control: OSP-P300L-R # Chip conveyor # Fire protection system # Tool measuring system (Q SETTER) # Broken tool detection: Load force auto-learning analyzer managed by OSP-P300L-R # Workpiece detection on counter-spindle: Low-pressure compressed air sensors # Spindle cooling system # Documentation: Available electronically and as hardcopy Optional: Bar feeder: FMB model Turbo 10-72XT/3200/A # Bar feeder dimensions (L×W×H): 3500 × 800 × 1200 mm; Weight: 1500 kg Machine status: In operation

Condition: used, Year of construction: 2017, functionality: limited functionality, machine/vehicle number: MW149, Technical specifications: Work Area - Maximum turning diameter: 300 mm - Maximum workpiece length: 276 mm - X-axis travel: 250 mm / Rapid traverse in X: 24 m/min - Z-axis travel: 460 mm / Rapid traverse in Z: 24 m/min - W-axis travel: 520 mm / Rapid traverse in Z: 24 m/min Main Spindle - Spindle nose: A2-8 - Maximum speed: Left spindle 3000 rpm - Continuous power (100% duty cycle): Left spindle – 15 kW / Right spindle – 7.5 kW - Maximum swing over bed: 520 mm - C-axis indexing accuracy: 0.001° - Bar capacity: Left spindle – 80 mm / Right spindle – 53 mm Sub-Spindle (Counter Spindle) - Spindle speed: 6000 rpm - Maximum bar diameter: 53 mm - C-axis indexing accuracy: 0.001° - Travel: 520 mm Turret with Driven Tools - Tool interface: Okuma interface - Number of stations: 12-position lower turret, all driven stations Dcedjxxiiiepfx Amgei - Maximum speed: 4500 rpm, Milling motor power: 4.5 kW Electrical System - Operating voltage: 400V 3-phase, fuse protection 151A - Connected load: 22.5 kVA Dimensions - Machine dimensions (L×W×H): 3200 × 2200 × 1900 mm - Weight: 5500 kg Main Features and Capabilities: - Horizontal design for optimal chip evacuation - Parts catcher and custom-made parts conveyor strip - Additional emulsion tank with 10 bar pressure for cutting tool cooling - CNC control: OSP-P300L-R - Chip conveyor - Fire protection system - Tool measurement system (Q SETTER) - Broken tool detection: Load force auto learning analyzer, controlled by OSP-P300L-R - Part detection at sub spindle with low-pressure compressed air gauges - Spindle cooling system - Documentation: available electronically and as manual Option: Bar feeder: TopAutomazione FU352SX - Bar feeder dimensions (L×W×H): 3500 × 800 × 1200 mm - Weight: 1500 kg Machine status: Machine operational only with main spindle – sub spindle requires repair.

Condition: used, Year of construction: 2016, functionality: limited functionality, machine/vehicle number: MW127, Technical characteristics: Work Area - Maximum turning diameter: 300 mm - Maximum workpiece length: 276 mm - X-axis travel: 250 mm / Rapid traverse X: 24 m/min - Z-axis travel: 460 mm / Rapid traverse Z: 24 m/min - W-axis travel: 520 mm / Rapid traverse Z: 24 m/min Main Spindle - Spindle nose: A2-8 - Max. speed: Left spindle 3000 rpm - Power at 100% duty cycle: Left spindle - 15 kW / Right spindle - 7.5 kW - Max. swing over bed: 520 mm - C-axis indexing accuracy: 0.001° - Bar capacity: Left spindle - 80 mm / Right spindle - 53 mm Dcjdpfx Aexxihfomgji Counter-Spindle: - Spindle speed: 6000 rpm - Max. bar diameter: 53 mm - C-axis indexing accuracy: 0.001° - Travel: 520 mm Tool Holder with Driven Tools - Tool interface: Okuma interface - Number of tool stations: 12-position lower turret, all positions driven - Max. speed: 4500 rpm / Milling motor power: 4.5 kW Electrical Equipment - Operating voltage: 400V 3-phase, fused at 151A - Connected load: 22.5 kVA Machine Dimensions - Dimensions (L×W×H): 3200 × 2200 × 1900 mm - Weight: 5500 kg Main Features and Capabilities - Horizontal design: optimized chip evacuation, parts catcher and custom-made parts conveyor - Additional emulsion tank with 10 bar pressure for cutting tool cooling - CNC control: OSP-P300L-R - Chip conveyor - Fire protection system - Tool measuring system (Q Setter) - Broken tool detection: Load force auto-learning analyzer controlled by OSP-P300L-R - Part detection at counter spindle: low-pressure compressed air gauges - Spindle cooling system - Documentation: Available electronically and in printed format Machine Status: Currently operating with main spindle only - sub spindle requires repair OPTIONAL: Bar feeder: TopAutomazione model Fu352 SX - Bar feeder dimensions (L×W×H): 3500 × 800 × 1200 mm - Weight: 1500 kg

Condition: repair required (used), Year of construction: 2015, functionality: not functional, machine/vehicle number: MW137, Technical characteristics: Work Area - Maximum turning diameter: 300 mm - Maximum workpiece length: 276 mm - X-axis travel: 250 mm / Rapid traverse in X: 24 m/min - Z-axis travel: 460 mm / Rapid traverse in Z: 24 m/min - W-axis travel: 520 mm / Rapid traverse in Z: 24 m/min Main Spindle - Spindle nose: A2-8 - Maximum speed: Left 3,000 rpm - Continuous power (100% duty cycle): Left - 15 kW / Right - 7.5 kW - Maximum swing over bed: 520 mm - C-axis indexing accuracy: 0.001° - Bar capacity: Left spindle - 80 mm / Right spindle - 53 mm Counter-Spindle - Spindle speed: 6,000 rpm - Maximum bar diameter: 53 mm - C-axis indexing accuracy: 0.001° - Travel: 520 mm Tool Turret with Driven Tools - Tool interface: Okuma interface - Number of positions: 12 lower turret stations, all driven - Maximum speed: 4,500 rpm; Milling spindle power: 4.5 kW Electrical Equipment - Operating voltage: 400V (3-phase), fuse protection: 151A - Connected load: 22.5 kVA Dimensions - Machine dimensions (L×W×H): 3,200 × 2,200 × 1,900 mm; Weight: 5,500 kg Main Features and Capabilities: - Horizontal design: Optimal chip evacuation, parts catcher + custom-made conveyor belt - Additional emulsion tank with 10 bar pressure for cutting tool cooling - CNC control: OSP-P300L-R - Swarf (chip) extraction conveyor - Fire suppression system - Tool measuring system (Q SETTER) - Broken tool detection: Load monitoring with auto-learning analyzer via OSP-P300L-R - Workpiece detection on counter-spindle: Low-pressure compressed air gauges Dodoxxh Udepfx Amgjci - Spindle cooling system - Documentation: Electronic and print manual available Optional: - Bar feeder: FMB Model: Turbo 10-72XT/3200/A - Bar feeder dimensions (L×W×H): 3,500 × 800 × 1,200 mm; Weight: 1,500 kg Machine status: NOT OPERATIONAL - X-axis encoder: faulty

Condition: used, Year of construction: 2023, operating hours: 22 h, functionality: fully functional, machine/vehicle number: 61035145, clamping force: 1,200 kN, screw diameter: 35 mm, displacement volume: 393 cm³, injection pressure: 2,429 bar, injection weight: 140 g, mold height (min.): 200 mm, ejector force: 33,000 N, ejector stroke: 120 mm, opening stroke: 950 mm, installation height: 450 mm, total length: 5,650 mm, total width: 1,820 mm, total height: 1,950 mm, overall weight: 6,700 kg, heating capacity: 15.5 kW (21.07 HP), drive type: Vollelektrisch, clear span: 570 mm, tool weight: 600,000 g, Injection moulding machines directly from the manufacturer! As the manufacturer KraussMaffei, we offer you here our certified and highly flexible stock machines: Dcodpfx Asy Rmwdjmgoi The base model injection moulding machine, precisionMolding, provides the perfect entry-level solution for all-electric injection moulding, enabling you to respond to market demands quickly and innovatively. It combines high performance, user-friendly operation, and short lead times. It is suitable for a wide range of applications, including packaging, electrical and electronics industries, medical technology, and automotive manufacturing. Your benefits: – Optimised price-performance ratio for a broad spectrum of applications – High energy efficiency through an all-electric machine concept – Meeting demanding delivery schedules with a base machine concept offering a wide range of options TECHNICAL DATA: KM 160 / 750 PA G01 (Order 38670011) (Machine no.: 61036683, new, year 2013) CONTROL SYSTEM ▪ MC P1 with 15" TFT colour screen and multitouch functionality CLAMPING UNIT ▪ Clamping force: 1,200 kN ▪ Maximum mould opening force: 180 kN ▪ Clear space (h x v): 520 x 470 mm ▪ Mounting platen (h x v): 690 x 640 mm ▪ Mould installation height min. - max.: 180 - 450 mm ▪ Maximum opening stroke: 850 mm ▪ Maximum mould opening path: 450 mm ▪ Ejector drive: electric ▪ Ejector stroke: 120 mm ▪ Ejector force forward/backward: 27 / 33 kN ▪ Ejector speed forward/backward: 300 / 300 mm/s ▪ Maximum mould weight: 850 kg INJECTION UNIT ▪ Screw diameter / type: 35 mm / standard ▪ Effective L/D ratio: 22.9 ▪ Injection pressure: 2,429 bar ▪ Stroke volume: 154 cm³ ▪ Shot weight at max. stroke (for PS): 140 g ▪ Injection speed: 200 mm/s ▪ Injection flow rate: 192 cm³/s ▪ Screw drive / rotation speed: 374 rpm ▪ Plasticising rate (standard screw): 18.9 g/s ▪ Nozzle contact force: 34 kN ELECTRICAL PARAMETERS ▪ Connected load: 22.7 kW ▪ Installed heating power: 11.5 kW ▪ Power supply: 200 V / 50 Hz, 3-phase with neutral WEIGHT AND DIMENSIONS ▪ Net weight with control cabinet: 6.7 t ▪ Length x width x height: 5.18 x 1.76 x 1.90 m ADDITIONAL EQUIPMENT ▪ Wear-resistant plasticising unit ▪ BluePower full insulation for plasticising cylinder ▪ Open nozzle ▪ Air valve, single (BWAP) ▪ Pneumatic hot runner shut-off control, single ▪ Electrical interface for pneumatic cascade, 4-fold ▪ Euromap interface for handling: E18 + E67 ▪ Euromap central computer interface: E67, E77 ▪ Water manifold, 4-fold ▪ Electrical provisions for hydraulic auxiliary unit ▪ Automatic central lubrication ▪ Adaptive Process Control (APC) ▪ Injection-compression moulding mode ▪ Graphic analysis package ▪ Swivelling injection unit The machine is located at our Parsdorf facility and is available at short notice. Further additional options can be offered on request. We look forward to your enquiry.

Condition: new, Year of construction: 2026, travel -z axis 1200 mm travel -x axis 360 mm Weight 3250 kg NESTO 4 Axis Pro Cnc Wood Lathe Machine TECHNICAL SPECIFICATIONS - Work Piece Dimension Max Diameter 360 mm - Max length 1200 mm - Control Unit TPA Control Unit (ltalian) - Z Axis Movement 1200 mm - X Axis Movement 360 mm - Long Axis Speed (Z) 70 m/min - Short Axis Speed (X) 30 m/min - Vertical Axis Speed (Y)20 m/min - Lathe RPM 4500 rpm (Direct Drive) - lnstalled Power 20 KW - Lubrication Unit ILC Automatie Lubrication - Piece Clamping Pneumatic Piston (7 Bar) - Piece Length AdjustmentEasy adjustment with remote control (keyless, boltless) - Cutting Blade Hardened Triangle Blade Made of Special Steel - Cutting Blade Hardened Rounded Blade Made Of Special Steel - Cutting Blade Debarker Blade - Spindle Motor ATC (Automatie tool changer) 24000rpm spindle (5 Pcs tool changer) - Drawing Program ltalian Cad-Cam Program Special for Our Machine (Pegasus 4 Axis Cad & Cam Program) - Machine Dimension Length: 3870mm * Width:2450mm * Highest: 2150mm - Weight 3250 kg GENERAL SPECIFICATION High-resolution Panasonic Japanese servo motors are used in our machine. The axis that rotates the part has the "Direct Drive" function and can work with a 5 kW servo motor at 4500 rpm. Precision ball screws and nuts are used in all axes. Workpiece length setting can be adjusted with a single knob. This ensures time savings and long-term linearity of the tailstocks. The control unit has a remote control function. In addition, with functions such as job sequencing, detailed reports and display of the three- dimensional state of the workpiece, the TPA control offers the user great convenience. Structure Of Chassis With its reinforced, vibration-free and stable chassis design, it provides accuracy over long production cycles and remains reliable for your machining needs. lt has an impressive frame design that provides reliable precision in operation. Ax1s Movements All axes are driven by servo motors. They allow precise acceleration at high speed. High quality and high precision rails, carriages and racks are used to prevent the movement of the axes from being affected by the slightest vibrations. Central Automatie Lubrieation Unit Automatie Tool Measurement Unit lt is a unit that makes an automatic measurement to measure the length of the cutter located at the end of the spindle motor and milling in the Z axis with the correct dimensions, and can store this information through the control unit. lt offers a convenience that eliminates the need for the user to enter measurements during the change of cutter. Tpa Control Unit (ltalian) TPA control unit has Windows based industrial computer. lndustrial computers enable trouble-free operation in the most demanding conditions. Main features of TPA Controller: lt has Ethercat communication system. -Detailed reporting is available. -lt provides ease of use thanks to its specially designed interface. Thanks to its built-in wireless feature, it allows remote access by connecting to the internet. In this way, you can receive your after­sales support needs instantly from our after Sales Team. Dsdpfx Amjyk Ia Sogsci CAD/CAM SOFTWARE/ PEGASUS CAD & CAM Cad/Cam Software/ Pegasus Cad & Cam lt is a specially designed Cad Cam program to be used in our machine. Pegasus Cad Cam Drawing program is a versatile software that can be used by designers and engineers to create, modify and analyze 3D models. This softwa...

Condition: used, machine/vehicle number: LC608, Used Glass bottling line for ciders 32.000 BPHTechnical Specifications & Performance DataThis complete used bottling line for glass bottles is configured for crown‑capped beverage production and industrial packaging. It combines inspection, rinsing, filling, labeling, packaging, and end-of-line palletizing into a robust second hand solution for beverage production.Depalletizer: Kettner Pressant Universal (1N), 5 layers/minEmpty Bottle Inspector (EBI): Krones Linatronic 731 M2, 700 bottles/minRinsing Machine: CBI JetMatic, 72 heads, 670 bottles/minFilling/Crowning Monoblock: O & H Hansa Ref C2932B 03, 600–660 bottles/min, 80/14 headsBottle Inspector 1: Heuft Spectrum TXBottle Warmer: CBI MCC 2000Labeling Machine: Krones (Renner) Topmatic Type 071, 850 bottles/minBottle Inspector 2: Heuft Spectrum TXShrink Wrapper (Over‑wrapper): SMI SK 800F, 160 packs/minWrap Around Packer: SMI WP 450, 45 cases/minCase Divider: CBIPalletizer: Berchi Dinamatic PTF/2Pallet Wrapper: Robopac Helix HS 30, 30 pallets/hourPallet Coder: Logopak LOGOConveyors + Controls: CBI bottle conveyors and controls; CBI case conveyors; CBI pallet conveyorsCase Scales: John White & Son Cartomat 2Carton Coder: Videojet Excel 100Bottle Dryers/Blowers: Jetair Jet‑2; Sonic 150Chillers: Geoclima 2 x TMA 2A450A EC‑34Container type: Designed for Glass bottle handlingLine speed (bottling): up to 850 bottles/min (limited by downstream configuration)Advanced Automation & Control SystemsThe line integrates centralized controls across depalletizing, inspection, rinsing, filling, labeling, and packaging. Automation-ready subsystems support stable speeds from 160 packs/min on the shrink wrapper to 850 bottles/min on labeling, with efficient changeovers between operations. Safety interlocks, emergency stops, and guarding around rotating and motion systems enhance operator protection and reliable beverage production.Coordinated conveyor logic and accumulation for smooth product flowAutomated inspection (EBI and post‑label checks) for quality assuranceControlled thermal management via bottle warmer for condensation mitigationPallet coding and carton coding integrated for end‑of‑line traceabilityProduction Line Integration CapabilitiesThis used bottling line is engineered for inline operation from depalletizer through pallet wrapper, with modular stations for easy reconfiguration. The conveyor and control system by CBI provides balanced buffering between processes to maintain bottle integrity and consistent throughput. Suitable for a range of crown‑capped glass bottle applications in industrial packaging and beverage production.In... Djdpfxsy Ef Ttj Amgsci

Year of construction: 2015, condition: excellent (used), Dip-Tech GlassJet AR6000, Digital Printer for Glass, year 2015 Print resolution: 360 dpi (real) DIP SPECTRUM INK: Ceramic ink for both tempered and fired annealed glass Ink colors: Black, white, etch imitation, and various spot colors There are currently 7 print heads in operation: 4 black and 3 white. They enable the printing of black and white. Maximum glass size: 3300 x 6000 mm Minimum glass size: 400 x 400 mm Dcedpfx Amerhkp Eogei Glass thickness: 2 – 19 mm Operators: 1 Inline functions: Continuous conveyor Overall dimensions: 6071 x 7746 x 1600 mm (width x length x height) Image format: All common graphic formats including: PDF, PS, EPS, Tiff, BMP and JPEG Ambient temperature: 18 – 25 C Installed power: 400 VAC x 16A, 3 Ph. 50/60Hz In very good condition. Dismantled in February 2024. Available: NOW

Year of construction: 2014, condition: good (used), Mechatronics RPU-2100R Reagent Production Unit The Mechatronics RPU-2100R is a reagent production unit used in hematology to optimize reagent logistics in laboratories. The unit is manufactured by RR Mechatronics and is often used in combination with hematology analyzers from Sysmex. Purpose and Function The RPU-2100R (Reagent Production Unit) is used to automatically dilute concentrated reagents (such as Cellpack S Conc.) and produce large quantities of ready-to-use reagent on-site in the laboratory. The RPU-2100R is a standalone unit with all components housed in a single, enclosed enclosure. The enclosure features removable, epoxy-coated metal covers. All external connections and the ON/OFF switch are located on the rear of the unit. All user-serviceable and replaceable components are accessible via the front door. The cart for the Cellpack concentrate (e.g., Cellpack®-S Conc.) can be attached to any three sides of the unit. Features and Capacities The RPU-2100R focuses on optimizing reagent management for high-throughput laboratories: Reagent Concentrates: Uses Cellpack S Conc. in 10L and 20L containers. Throughput per Concentrate: Up to 8,250 complete blood counts per month can be performed with a 10L container without reagent changes. Up to 16,500 complete blood counts per month are possible with a 20L container. Shelf Life: Once opened, the reconstituted reagent has a shelf life of 30 days. Manufacturer: RR Mechatronics Model: RPU-2100R Catalog Number: NARP109010 External Connections Dcsdpjyk U Dwsfx Amgei Power Supply, Euro Plug Ethernet/USB (NARP109010 only) RJ45/USB-B RS-232 (NARP109000 only) 9-Pin SUB D Connector External Connections (Liquids) Water Connection: G ¾" Thread Reagent Dispensing Connections (4x) Push-in Hose Connection, 6 mm Outer Diameter Waste Connection (1x) Hose Barb, 12 mm Inner Diameter Reagent Concentrate Maximum Dimensions: 390 x 260 x 300 mm (W x D x H) Reagent: SYSMEX Cellpack Concentrate Peak Reagent Dispensing Rate: 0.5 Liters/Minute for 6 Minutes max. (at (with full reservoir and overflow tank and new pre-filter) 1 liter/minute, 2 minutes max. Filtration: Air filter, bacteria filter, pore size 0.2 µm Liquid pre-filter: Particle filter (sterilized), pore size 0.8+0.45 µm, self-venting Liquid final filter: Bacteria filter (sterilized), pore size 0.2 µm, self-venting System dimensions: Width: 500 mm Height: 700 mm Depth: 430 mm Weight: approx. 50 kg Water tank volume: 2.5 liters Reservoir: 2.5 liters Mixing tank: 0.6 liters Overflow tank: 0.6 liters Language selection available: German, English, Spanish, French, Hungarian, Italian, Dutch, Swedish Swedish (spreadable) Voltage: 230 VAC (+/- 10%) Frequency: 50-60 Hz Year of manufacture: 2014 Find more items – new and used – in our shop! International shipping costs available upon request!

Condition: good (used), Helmut Fischer XDL-XYmZ X-ray Fluorescence Analyzer For sale is a professional X-ray fluorescence (XRF) analyzer from Helmut Fischer GmbH + Co, model XDL-XYmZ. Djdpfsxltm Ejx Amgoci Power: 120 W Voltage: 230 V / 50–60 Hz Model number: XDL-XYmZ Made in Germany This analyzer is ideal for precise material analysis in laboratories, quality control, and industrial environments. Condition: Used (see pictures). Note: For detailed technical specifications and processing instructions, we strongly recommend consulting the original data sheets or contacting the manufacturer directly. Financing through our bank is also possible. komplett-konzept.leasingo.de You can find more items – new and used – in our shop! International shipping costs upon request!

Condition: excellent (used), functionality: fully functional, We offer a highly productive 3D printer for industrial series production. The system was finally used with AISi10MG aluminum powder. Dcjdpfxsvu Syys Amgei The 3D printer has already been disassembled by the manufacturer. Disassembly and functional reports are available, proving that the machine was in operation prior to disassembly. All axes are properly secured. The machine can be transported on a standard truck. TruPrint 5000 G4 Serial number S0731C0008 Year of manufacture 08/2018 Laser runtime Laser 1 beam on: 5165 hours Laser 2 beam on: 5096 hours Laser 3 beam on: 5023 hours Trumpf TruPrint 5000 with the Powder Bed Monitoring and Melt Poll Monitoring options, including a filter system. Accessories: 2x build cylinders 3x Dosing cylinder 1 used overflow tank 1 new overflow tank Manuals 4 new heat exchangers 2 new Easy Filters 3 new NTRON SIL02 Oxygen Analyzers + Sensors 1 new oxygen sensor and much more, such as seals, etc. The Armanni CAR.Elev. pallet truck for changing the tanks is also in stock and can be offered as an option. Get high-quality 3D components faster The highly productive, semi-automated TruPrint 5000 3D printing system prepares you for industrial series production. With features such as an optional 500°C preheater and full-field multi-laser configuration with three 500-watt TRUMPF fiber lasers, you are ideally equipped for the most demanding industrial applications. The machine produces high-quality components from a variety of metallic materials quickly and reliably, meeting the high quality standards in tool and mold making, including 3D printing on preform blanks, in the aerospace and medical technology industries. Optionally, the entire process chain can take place in a protective gas atmosphere: screening, printing, cooling, and depowdering. Combined with external parts and powder management and monitoring solutions from TRUMPF, it is ideal for industrial additive series production. Thanks to the Preform option, the TruPrint 5000 supports hybrid component production. The component structures to be additively manufactured are applied to a blank. This innovative option is particularly well-suited for easy handling in tool and mold making. TruPrint 5000 Build volume (cylinder) mm x mm Ø 300 x H 400 Ø 290 x H 390 (Reduction if preheating >200 °C) Processable materials[1] Weldable metals in powder form, such as: stainless steels, tool steels, aluminum, nickel-based, or titanium alloys Build-up rate[2] cm³/h 5 - 180 Layer thickness[3] μm 30 - 150 Max. laser power at the workpiece (TRUMPF fiber laser) W 3 x 500 Beam diameter[3] μm 100 - 500 Min. measurable oxygen content ppm Up to

Condition: new, functionality: fully functional, Laser Core Identification Dcsdpfx Amoy Udyqegji YLP: Ytterbium Laser Pulsed. This identifies it as a pulsed nanosecond fiber laser operating in the near-infrared spectrum (typically 1064 nm wavelength). HP: High Power. Indicates the heavy-duty sub-series designed for fast processing speeds and high ablation rates compared to the standard, low-power desktop marking modules. 1: Indicates the Optical Beam Quality (\(M^{2}\)) standard or series generation (typically targeting a beam parameter product near \(M^2 \leq 2.0\) for clean, tight focal spots). 30x240: Pulse Width / Duration Configuration. Refers to its tunable or specific pulse length capability (in nanoseconds), optimizing it for balancing rapid material removal without massive heat-affected zones. 200-200: Defines the power metrics.200 W Average Output Power: Capable of sustaining continuous pulsed work at 200 Watts. 200 kHz Pulse Repetition Rate (PRR): The maximum frequency of the laser pulses, determining how quickly it can scribe or clean surfaces. Electrical Requirements (90-240 VAC) Power Input: Features a universal, autoranging power supply unit (PSU). It safely plugs directly into standard global wall grids spanning 90V to 240V AC (Single Phase, 50/60 Hz) without needing heavy industrial 3-phase transformers. Core Applications Because of its high 200W power and high-frequency pulsed delivery, this model is typically integrated into CNC machinery or robotic cells for: High-Speed Laser Cleaning / Ablation: Removing rust, paint, oxides, and coatings from metals without damaging the base substrate. Deep Laser Engraving & Marking: Precision engraving on hard metals, ceramics, and highly reflective materials (like aluminum or copper). Silicon / Solar Panel Scribing: High-throughput cutting or edge deletion tasks in manufacturing. Brand new never used. Please check out our other listings as well.

Condition: good (used), functionality: fully functional, Year of construction: 2003, The system was used for sorting frozen fruit to remove foreign objects. For further detailed technical information, please refer to the PDF. Subsequently, weighing and packaging into tubular bags is carried out. Process sequence: Transport via inclined conveyor to the vibrating table for singulation of the fruits. Then to the BEST Laser System LS 9000, which detects foreign objects and ejects them using approximately 80 air nozzles. The laser can be reprogrammed by running so-called good products (i.e., defect-free goods) through the machine. By analyzing a point cloud of the surface structure, the laser learns what constitutes good or bad products. Afterwards, the product passes over a conveyor belt with a metal detector and visual inspection. Then again via an inclined conveyor for weighing and filling into tubular bags, with a maximum bag weight of 30 kg. The tubular bagging machine is also manufactured by Vollenda. Complete documentation is available. Additional technical data can be found in the PDF documents (original invoices). Dodjwrdfuspfx Amgjci Original price of the system was €382,000; few operating hours.

Year of construction: 2020, condition: new, Transport systems Depending on the customer's requirements, transport systems can move on the floor or be suspended on poles. - For comfortable solutions for manual installations, we recommend suspended cross traverses (cross transport). - For automated systems, chain conveyors are most often used that do not stop and are a great solution for companies that focus on quality and repeatability of the process. - For companies that make different items at once and have e.g. several cabins with different colors, flexible solutions with the use of the power-and-free conveyor are used. This is the most expensive solution. All installations are made to measure, depending on the customer's requirements. Continuous suspended chain transport systems are designed and manufactured to individual customer orders. In this system, it is also possible to make bottom conveyor systems on which details are placed, e.g. flower pots, rims (photo). ROMER also manufactures suspended transport systems. Crossbeams (cross transports) are designed and made for the needs of specific installations The use of one photocell The use of one photocell in the space of the detail allows you to measure its length and, consequently, gives the option of switching on the guns when the detail appears in their range, and switching off the guns immediately after painting the detail. The photocell is standard equipment. Identification of details by means of special markers. Djdpefz Dubsfx Amgoci Above the sling there are plates with identification holes. Based on them, the PLC controller in conjunction with the photocell recognizes the painted detail, turns the guns on and off in good time - thus saving energy and powder paint. Vertical shape detection. The use of light gates with horizontal detectors allows the PLC controller to analyze the shape of a detail vertically. The PLC controller counts the time in which the detail should appear in the gun space - thanks to this it is possible to selectively turn the guns on or off. Using light gates with multiple sensors horizontally and vertically. This solution allows precise measurement of workpiece dimensions, thanks to which it is also possible to control manipulators.

Year of construction: 2020, condition: new, Use of one photocell Using one photocell in the space of workpiece allows you to measure the length of the workpiece and, consequently, gives you the opportunity to turn on the guns when the item is in range, and to switch off the gun immediately after the workpiece is finished. The photocell is included in the standard equipment.Identification of details using special tags. A plate with identification holes is placed over the suspension. Based on this, the PLC controller in conjunction with the photocell recognizes the painted detail, turns on and off the guns in a timely manner - thus braking the energy and powder coating. Vertical detection of the detail of the workpiece. The use of light gates with detectors horizontally allows the PLC to analyze the vertical shape of the workpiece. Application of light gates with multiple sensors horizontally and vertically. Dodofy T Arjpfx Amgjci This solution allows precise measurement of the dimensions of the workpiece, which makes it possible also to manipulate the manipulators. Benefits of using gates and photocells The benefits of using photocells or light gates are primarily energy and powder savings. Eliminate painting of a zone in which there is no detail. With the use of light gates, precise control of the guns. Our lines can be optionally equipped with photocells, or light gates Using one photocell in the workpiece space allows you to measure the length of the workpiece and, consequently, gives you the ability to turn on guns when the item appears in their range, and turn off the gun immediately after the workpiece is finished.Identification of details using special tags. A plate with identification holes is placed over the suspension. Based on this, the PLC controller in conjunction with the photocell recognizes the painted detail, turns on and off the guns in a timely manner - thus saving the energy and powder.The use of light gates with detectors horizontally allows the PLC to analyze the vertical shape of the workpiece. The PLC counts the time in which the detail will appear in the gun space - allowing guns to be selectively switched on or off.Using of light gates with multiple sensors horizontally and vertically This solution allows precise measurement of the dimensions of the workpiece, which makes it possible also to adjusting the manipulators.The benefits of using photocells or light gates are primarily powder and energy savings Eliminate painting of a zone in which there is no detail With the use of light gates, precise control of the guns The PLC counts the time at which the detail should appear in the gun space - allowing guns to be selectively switched on or off.

Year of construction: 2020, condition: new, Automation Use of one photocell Using one photocell in the space of workpiece allows you to measure the length of the workpiece and, consequently, gives you the opportunity to turn on the guns when the item is in range, and to switch off the gun immediately after the workpiece is finished. The photocell is included in the standard equipme Array of guns Vertical 8pcs. pistols Control - profiControl 10 " Cyclone - CK-D1250 Dust collector - OZ-8H Center - RP-01 + SV-200 MA1-23 x 2 pcs manipulator Os X MX-100 x2 pcs. Horizontal goal - Horizontal goal W400 x2 items Vertical gate - H2000 vertical gate The maximum painting speed is 1,65714285714286m / min 0 piece pulling machines Pow. requires 10188m3 / h to fly Required min. cabin passage W900mm H2100mm Pipe diameter 500mm - 16.9m / s minimum 16m / s Air consumption 1210 L / min + Sug. SC-20 compressor Min.current connection 28.14 kW Identification of details using special tags. A plate with identification holes is placed over the suspension. Based on this, the PLC controller in conjunction with the photocell recognizes the painted detail, turns on and off the guns in a timely manner - thus braking the energy and powder coating. Vertical detection of the detail of the workpiece. The use of light gates with detectors horizontally allows the PLC to analyze the vertical shape of the workpiece. The PLC counts the time at which the detail should appear in the gun space - allowing guns to be selectively switched on or off. Application of light gates with multiple sensors horizontally and vertically. This solution allows precise measurement of the dimensions of the workpiece, which makes it possible also to manipulate the manipulators. Benefits of using gates and photocells The benefits of using photocells or light gates are primarily energy and powder savings. Eliminate painting of a zone in which there is no detail. With the use of light gates, precise control of the guns. Our lines can be optionally equipped with photocells, or light gates Using one photocell in the workpiece space allows you to measure the length of the workpiece and, consequently, gives you the ability to turn on guns when the item appears in their range, and turn off the gun immediately after the workpiece is finished. Identification of details using special tags. A plate with identification holes is placed over the suspension. Based on this, the PLC controller in conjunction with the photocell recognizes the painted detail, turns on and off the guns in a timely manner - thus saving the energy and powder. The use of light gates with detectors horizontally allows the PLC to analyze the vertical shape of the workpiece. The PLC counts the time in which the detail will appear in the gun space - allowing guns to be selectively switched on or off. Using of light gates with multiple sensors horizontally and vertically This solution allows precise measurement of the dimensions of the workpiece, which makes it possible also to adjusting the manipulators. The benefits of using photocells or light gates are primarily powder and energy savings Eliminate painting of a zone in which there is no detail Dsdpoflq Spjfx Amgjci With the use of light gates, precise control of the guns.

Year of construction: 2020, condition: new, Transport systems Depending on the customer's requirements, transport systems can move on the floor or be suspended on poles. - For comfortable solutions for manual installations, we recommend suspended cross traverses (cross transport). Dedpfx Amofz Dt Nogeci - For automated systems, chain conveyors are most often used that do not stop and are a great solution for companies that focus on quality and repeatability of the process. - For companies that make different items at once and have e.g. several cabins with different colors, flexible solutions with the use of the power-and-free conveyor are used. This is the most expensive solution. All installations are made to measure, depending on the customer's requirements. Continuous suspended chain transport systems are designed and manufactured to individual customer orders. In this system, it is also possible to make bottom conveyor systems on which details are placed, e.g. flower pots, rims (photo). ROMER also manufactures suspended transport systems. Crossbeams (cross transports) are designed and made for the needs of specific installations The use of one photocell The use of one photocell in the space of the detail allows you to measure its length and, consequently, gives the option of switching on the guns when the detail appears in their range, and switching off the guns immediately after painting the detail. The photocell is standard equipment. Identification of details by means of special markers. Above the sling there are plates with identification holes. Based on them, the PLC controller in conjunction with the photocell recognizes the painted detail, turns the guns on and off in good time - thus saving energy and powder paint. Vertical shape detection. The use of light gates with horizontal detectors allows the PLC controller to analyze the shape of a detail vertically. The PLC controller counts the time in which the detail should appear in the gun space - thanks to this it is possible to selectively turn the guns on or off. Using light gates with multiple sensors horizontally and vertically. This solution allows precise measurement of workpiece dimensions, thanks to which it is also possible to control manipulators.

Year of construction: 2020, condition: new, Transport systems Depending on the customer's requirements, transport systems can move on the floor or be suspended on poles. - For comfortable solutions for manual installations, we recommend suspended cross traverses (cross transport). - For automated systems, chain conveyors are most often used that do not stop and are a great solution for companies that focus on quality and repeatability of the process. - For companies that make different items at once and have e.g. several cabins with different colors, flexible solutions with the use of the power-and-free conveyor are used. This is the most expensive solution. All installations are made to measure, depending on the customer's requirements. Continuous suspended chain transport systems are designed and manufactured to individual customer orders. In this system, it is also possible to make bottom conveyor systems on which details are placed, e.g. flower pots, rims (photo). ROMER also manufactures suspended transport systems. Crossbeams (cross transports) are designed and made for the needs of specific installations The use of one photocell The use of one photocell in the space of the detail allows you to measure its length and, consequently, gives the option of switching on the guns when the detail appears in their range, and switching off the guns immediately after painting the detail. The photocell is standard equipment. Identification of details by means of special markers. Dedpefz I D Dsfx Amgjci Above the sling there are plates with identification holes. Based on them, the PLC controller in conjunction with the photocell recognizes the painted detail, turns the guns on and off in good time - thus saving energy and powder paint. Vertical shape detection. The use of light gates with horizontal detectors allows the PLC controller to analyze the shape of a detail vertically. The PLC controller counts the time in which the detail should appear in the gun space - thanks to this it is possible to selectively turn the guns on or off. Using light gates with multiple sensors horizontally and vertically. This solution allows precise measurement of workpiece dimensions, thanks to which it is also possible to control manipulators.

Year of construction: 2020, condition: new, Transport systems Depending on the customer's requirements, transport systems can move on the floor or be suspended on poles. - For comfortable solutions for manual installations, we recommend suspended cross traverses (cross transport). - For automated systems, chain conveyors are most often used that do not stop and are a great solution for companies that focus on quality and repeatability of the process. - For companies that make different items at once and have e.g. several cabins with different colors, flexible solutions with the use of the power-and-free conveyor are used. This is the most expensive solution. All installations are made to measure, depending on the customer's requirements. Continuous suspended chain transport systems are designed and manufactured to individual customer orders. In this system, it is also possible to make bottom conveyor systems on which details are placed, e.g. flower pots, rims (photo). ROMER also manufactures suspended transport systems. Crossbeams (cross transports) are designed and made for the needs of specific installations The use of one photocell The use of one photocell in the space of the detail allows you to measure its length and, consequently, gives the option of switching on the guns when the detail appears in their range, and switching off the guns immediately after painting the detail. The photocell is standard equipment. Identification of details by means of special markers. Above the sling there are plates with identification holes. Based on them, the PLC controller in conjunction with the photocell recognizes the painted detail, turns the guns on and off in good time - thus saving energy and powder paint. Vertical shape detection. The use of light gates with horizontal detectors allows the PLC controller to analyze the shape of a detail vertically. Djdpfxofz I Ede Amgeci The PLC controller counts the time in which the detail should appear in the gun space - thanks to this it is possible to selectively turn the guns on or off. Using light gates with multiple sensors horizontally and vertically. This solution allows precise measurement of workpiece dimensions, thanks to which it is also possible to control manipulators.

Year of construction: 2020, condition: new, Transport systems Depending on the customer's requirements, transport systems can move on the floor or be suspended on poles. - For comfortable solutions for manual installations, we recommend suspended cross traverses (cross transport). - For automated systems, chain conveyors are most often used that do not stop and are a great solution for companies that focus on quality and repeatability of the process. - For companies that make different items at once and have e.g. several cabins with different colors, flexible solutions with the use of the power-and-free conveyor are used. This is the most expensive solution. All installations are made to measure, depending on the customer's requirements. Continuous suspended chain transport systems are designed and manufactured to individual customer orders. In this system, it is also possible to make bottom conveyor systems on which details are placed, e.g. flower pots, rims (photo). ROMER also manufactures suspended transport systems. Crossbeams (cross transports) are designed and made for the needs of specific installations The use of one photocell The use of one photocell in the space of the detail allows you to measure its length and, consequently, gives the option of switching on the guns when the detail appears in their range, and switching off the guns immediately after painting the detail. The photocell is standard equipment. Identification of details by means of special markers. Above the sling there are plates with identification holes. Based on them, the PLC controller in conjunction with the photocell recognizes the painted detail, turns the guns on and off in good time - thus saving energy and powder paint. Vertical shape detection. Dodpjflmdwofx Amgsci The use of light gates with horizontal detectors allows the PLC controller to analyze the shape of a detail vertically. The PLC controller counts the time in which the detail should appear in the gun space - thanks to this it is possible to selectively turn the guns on or off. Using light gates with multiple sensors horizontally and vertically. This solution allows precise measurement of workpiece dimensions, thanks to which it is also possible to control manipulators.

Year of construction: 2020, condition: new, Transport systems Depending on the customer's requirements, transport systems can move on the floor or be suspended on poles. - For comfortable solutions for manual installations, we recommend suspended cross traverses (cross transport). - For automated systems, chain conveyors are most often used that do not stop and are a great solution for companies that focus on quality and repeatability of the process. - For companies that make different items at once and have e.g. several cabins with different colors, flexible solutions with the use of the power-and-free conveyor are used. This is the most expensive solution. All installations are made to measure, depending on the customer's requirements. Continuous suspended chain transport systems are designed and manufactured to individual customer orders. In this system, it is also possible to make bottom conveyor systems on which details are placed, e.g. flower pots, rims (photo). ROMER also manufactures suspended transport systems. Crossbeams (cross transports) are designed and made for the needs of specific installations The use of one photocell The use of one photocell in the space of the detail allows you to measure its length and, consequently, gives the option of switching on the guns when the detail appears in their range, and switching off the guns immediately after painting the detail. The photocell is standard equipment. Identification of details by means of special markers. Above the sling there are plates with identification holes. Based on them, the PLC controller in conjunction with the photocell recognizes the painted detail, turns the guns on and off in good time - thus saving energy and powder paint. Vertical shape detection. The use of light gates with horizontal detectors allows the PLC controller to analyze the shape of a detail vertically. The PLC controller counts the time in which the detail should appear in the gun space - thanks to this it is possible to selectively turn the guns on or off. Using light gates with multiple sensors horizontally and vertically. Dodpofz Nb Tsfx Amgjci This solution allows precise measurement of workpiece dimensions, thanks to which it is also possible to control manipulators.