Used Br-Automation Component for sale (20,315)

Condition: good (used), Year of construction: 2003, Plasma cutting machine, plasma cutter for plasma cutting system, plasma/oxygen cutting system, servo motor, gear motor -Manufacturer: CR Electronic SRL / Power Automation, servo drive for plasma/oxygen cutting system Bjdowkqmispfx Ahmjdh -Cutting system: Type OXY 5.1 - 25 -Servo motor: Power Automation type PAT3B-S4-SRM50 -Individual components: see photos -Number: 2x drive unit available -Price: per unit -Dimensions: 475/240/H140 mm -Weight: 12.4 kg/pc.

Year of construction: 2008, condition: repair required (used), functionality: limited functionality, machine/vehicle number: 346100, Machine SAR-1000-B-015 including accessories: ULT ASD 300 Ex extraction unit. The operating manual can be provided as a PDF. The machine is currently in the condition shown in the pictures. It can be placed on pallets for collection if required. The machine has been inspected by Schunk, who determined that the following spare parts are needed: - Z-axis - Bearings for Y1 and Y2 axes Bjdpfx Ahoxwvrujmsdh - Replacement of power cable, Hall sensor cable, and pneumatic hoses - X-axis brake - Extraction nozzle and extraction hose - Shuttle sensor (B4.3/E) - Tool holders (5 pieces) - Replacement of UPS - Hold-down brush - Bulb for signal lamp - Hold-down sealing ring, pneumatic cylinder, guide shaft and plain bearing bush, spindle retaining plate - External exhaust hose ULT - Table lift cylinder (?) According to Schunk, material requirements are approx. €16,000. As we are selling the machine as defective/in need of repair and have listed all known deficiencies, the item is sold under exclusion of any warranty or liability for material defects.

Condition: new, B&r ps 794 power supply module b&r br-automation 2005 ps 794 0gh-ps794 Bsdeh Ruldjpfx Ahmjdh 5vdc 24vdc input: 230v ac, 0.4a 8-30vdc weight: 620 gm

Condition: excellent (used), Year of construction: 2007, AMADA LKI MP 300 LOAD UNLOAD AUTOMATION Year 2007 LKI MP 300M automatic sheet loader / manipulator with 3000mm x 1500mm sheet capacity. Bsdpfx Aeyylqbehmjdh

Condition: excellent (used), LINE of Double-Side Sizing-Milling & Edge Banding (also "SOFTFORMING") with automatic handling. Max. panel thickness 100 mm. Composed by the following machines: W05025A) Automatic LOADER (portal / gantry) "MAHROS" Mod. Brush W05025B) Double-side Sizing and Edge Bander "HOMAG" Mod. KFL 620/23/QE/30 (softforming) SIZING PART (for each side): Pre-Milling unit (2 x Kw 6,6) Free place LEFT SIDE only: 2 x Milling grooving rotating unit (2 x KW 6,6) EDGE BANDING PART (for each side): Glueing Unit (EVA glue with pre-melter) Edge coils supporting unit (No. of reels) 1 pressure zone for both STRAIGHT and SOFTFORMING Snipping (end-cutting) Unit WK14 (2 x 0,8 KW) Fine Trimming Unit (2 x 0,55 KW) Corner-rounding unit FF12 (4 motors) WD70 Profile edge scraping unit PN20 Finish processing unit (Glue scraper + Buffing unit) FA 11 W05025C) Automatic UNLOADER-STACKER (portal / gantry) "MAHROS" Mod. Brush Bodpott Dqpofx Ahmsdh

Condition: used, Year of construction: 2012, Packaging system: automatic bag feeding, label printing, bagging, folding, sealing and sorting into storage magazines, processing: round single-vision lenses with 60mm-80mm diameter, max. positive power: +14D, min. negative power: -12D, max. cylinder: 4D, prism: 5cm/m, max. prism value at the measurement point: 10cm/m, diameter measurement accuracy: 0.25mm, sphere/cylinder measurement accuracy: 0.02D for measured values up to 6D, 0.03D for measured values up to 14D, prism measurement accuracy: 0.02cm/m + 1%, center thickness measurement accuracy: 0.04mm, output: approx. 800-900 lenses/h, measuring system: FOCOVISION, rotary table: 6 positions. Machine weight: 1450kg, documentation available. Inspection possible by arrangement. Bjdpfx Aszun Tfehmjdh

Condition: used, Vibratory bowl feeder / Sorting device / Bowl feeder / Vibratory feeder RNA Vibratory bowl, sorting device / Screw feeding system with vibratory feeder for screw technology Feeding system, feeder device Manufacturer: RNA Rhein-Nadel Automation GmbH Type: SRC-N 250-2L Year of manufacture: approx. 2000 Bowl diameter (bottom): 300 mm Bowl diameter (top): 350 mm Bowl inner height: approx. 25 mm Sorting track width: approx. 30 mm Total height (drive + bowl with sorting track): 380 mm Vibration frequency: 100 Hz / 6,000 rpm Power supply: 230 Volt, 50 Hz - The feeder was used for feeding automotive blade fuses Installation space required Ø x H: 420 x 390 mm Weight: 52 kg Good condition A bowl feeder always consists of two essential components. 1) Sorting bowl, in which the parts are oriented Bdedpfx Aoy N Dvbohmjh 2) Drive unit, which causes the sorting bowl to vibrate by mechanical oscillations, setting the parts in motion.

Year of construction: 2019, condition: like new (used), Automated system to laminate reel of chromotography paper between 2 reels of polyester handle material and on to profile the chromotography paper tip and then cut the web of laminated polyester with chromotography paper into single profiled strips. The Matrix 7100 Laminator was developed to meet the demanding requirements of the lateral flow test strip industry for a moderately priced system capable of supplying the membrane lamination needs of the moderate to high volume production facility. The unit was designed to allow process flexibility while at the same time optimizing product yields and throughput. Numerous options are available allowing the system to support a wide variety of material types, lamination configurations and process variables. The Matrix 7100 allows for continuous lamination of membranes onto a plastic backing web and the cutting of the resultant laminate into discrete cards for further processing on other, downstream equipment. Numerous options provide the utmost in process flexibility at a very low overall cost. Bdjdpfx Ahjya H S Ssmoh The integral touch screen operator interface terminal provides for multiple recipe storage and simple and reliable setup and operation while simplifying process validation. Key Features Touch screen operator interface terminal for simple setup and operation Simple web guide adjustment Rapid changeover to support multiple products Flexible to support changing requirements Base configuration supports Backing Web with Release Liner plus 4 membranes Extruded aluminium structural frame Flying shear for continuous card cutting Reel to reel lamination option

Year of construction: 2006, condition: used, An industrial welding robot is offered. Reach: 1450mm, payload: 5kg, operating hours: 2213h, welding power source: ESAB AristoMig 500W, max. welding current: 500A, duty cycle: 60% at 500A/100% at 400A, controller type: IRC, robot variant: 1600-5/1.45, controller: IRC. Equipment: ESAB AristoMig 500W welding power source, IRC control cabinet, linear axes/positioner tracks. Weight: approx. 500kg, overall dimensions X/Y/Z: approx. 1200mm/800mm/1600mm. An inspection is possible by arrangement. Bdsdszy Rv Hopfx Ahmjh

Condition: good (used), 1 x PA 185 Rotary Traysealer Bedpfx Ahjz Eg Utemsdh Serial Number: 13231859654 200mm x 150mm tray

Condition: used, Vibratory spiral conveyor / sorting device / spiral conveyor / vibratory conveyor RNA Vibratory bowl, sorting device / screw feeder with vibratory conveyor for screw technology Feeding system, feeding device Manufacturer: RNA Rhein-Nadel Automation GmbH Type: SRC-N 250-2L Serial No.: Year of manufacture: approx. 2000 Bowl diameter (bottom): 300 mm Bowl diameter (top): 430 mm Bowl internal height: approx. 100 mm Bdodpfezrzygex Ahmsh Sorting track width: approx. 12 mm Overall height (drive + bowl with sorting track): 380 mm Vibration frequency: 100 Hz / 6000 min-1 Power connection: 230 volts, 50 Hz - Control unit REO Type Reovib RS6 439-459 for adjustable vibration speed Space required: Ø x H: 430 x 390 mm Weight: 52 kg Good condition A spiral conveyor always consists of two essential components. 1) Sorting bowl, in which the parts are aligned. 2) Drive, which generates vibrations in the sorting bowl through mechanical oscillations, thereby setting the parts in motion.

Condition: used, Vibratory Bowl Feeder / Sorting Device / Bowl Feeder / Vibratory Feeder RNA Vibratory bowl, sorting device / Screw feeding system with vibratory feeder for screw technology Feeding system, feeding device Manufacturer: RNA Rhein-Nadel Automation GmbH Model: SRC-B200-2L Bodpfjxrgvmex Ahmsdh Year of manufacture: approx. 2000 Bowl diameter (top): 200 mm Bowl diameter (bottom): 130 mm Bowl internal height: approx. 25 mm Sorting track width: approx. 3 mm Total height (drive + bowl with sorting track): 225 mm Control voltage: 24 Volt DC (external power supply required) Power connection: 230 Volt, 50 Hz - An external 24 VDC power supply is required for start/stop signals (the controller does not have an internal 24VDC power supply). - REO controller type REOVIB R6 / 439 for adjustable vibration speed - The feeder was used for feeding automotive blade fuses - Mounted on base frame made from aluminum profile system Required space Ø x H: 240 x 250 mm Weight: 17 kg Good condition A bowl feeder always consists of two main components: 1) Sorting bowl, in which the parts are aligned 2) Drive unit, which generates vibrations in the sorting bowl via mechanical oscillations and thereby moves the parts.

Condition: used, Year of construction: 2011, machine/vehicle number: 408529.10.000/01, Temperature control unit manufactured by Hahn Automation, used and untested. Designed for applications in tool temperature control, injection molding, and industrial process engineering. Operates as a single-circuit system with REMAK control system. The working medium is water*, with a maximum flow temperature of 95 °C*. Heating capacity is 27 kW, pump capacity is 60 l/min at 4.5 bar*. Year of manufacture: 2010, total weight: 130 kg. Bsdpjy Su A Refx Ahmodh

Condition: used, Vibratory Bowl Feeder / Sorting Device / Bowl Feeder / Vibratory Feeder by RNA Vibratory bowl, sorting device / screw feeding unit with vibratory feeder for screwdriving technology Feeding system, feed unit Manufacturer: RNA Rhein-Nadel Automation GmbH Model: SRC-B200-2R Year of manufacture: approx. 2000 Bowl diameter (top): 200 mm Bowl diameter (bottom): 130 mm Bowl internal height: approx. 25 mm Sorting track width: approx. 3 mm Total height (drive + bowl with sorting track): 225 mm Control voltage: 24 Volt DC (external power supply required) Mains connection: 230 Volt, 50 Hz - An external 24 VDC power supply is required for start/stop signals (the controller does not have an internal 24 VDC power supply). - Control unit REO type Reovib R6 / 439 for adjustable vibration speed - The feeder was used for supplying automotive blade fuses - Mounted on an aluminum profile stand Space requirement Ø x H: 240 x 250 mm Weight: 17 kg Bdodpfx Ahoxw Rdlsmeh Good condition A bowl feeder always consists of two essential components. 1) Sorting bowl, in which the parts are oriented 2) Drive unit, which generates vibrations in the sorting bowl via mechanical oscillations, thereby moving the parts.

Condition: used, functionality: fully functional, Year of construction: 2005, type of cooling: water, overall weight: 15,000 kg, total length: 10,000 mm, total width: 4,000 mm, total height: 25,000 mm, year of last overhaul: 2024, Equipment: CE marking, centralized greasing system, cooling unit, documentation/manual, emergency stop, safety light barrier, ITEC AG laser cutting system for circuit boards. The system consists of the following components: Bdodpfx Aezyzzyehmeh ITEC AG cell with granite bed, 3-axis Motoman NX 100 robot, vacuum manipulator RIEDEL L 21/8 TR 3.00 cooling system GSW Schwabe AG straightening machine MHR 2.5mm / 1250mm / 7 rollers GSW Schwabe AG coil handling system VRMA 80/76 The circuit boards are fed from the coil (GSW Schwabe AG, MHR 2.5/1250, general overhaul in 2022) into the straightening machine (GSW Schwabe AG, VRMA 80/76). The PDFs with technical data are attached. The laser portal for the TRUMPF TF is mounted on a solid granite bed, which guarantees absolute repeatability. The Motoman robot picks and places components using a vacuum manipulator and camera. The system has been continuously maintained and is in production-ready condition. Before dismantling, the system was cleaned, and all liquids and coolants were evacuated.

Year of construction: 2012, condition: used, Two large and two small autonomous industrial vehicles are available, 1) 2x large clamp-type industrial vehicle, axle distance, front-to-rear: 2255mm, max. load: 2,5t, max. forward travel speed: 1,5m/s, max. reverse travel speed: 0,3m/s, ground clearance: 30mm, length: 3999mm, width: 2674mm, height (mast lowered): 3841mm, weight (without battery): 7,45t. 2) 2x small V-Shape industrial vehicle, axle distance, front-to-rear: 2026,5mm, max. load: 2,5t, max. forward travel speed: 1,5m/s, max. reverse travel speed: 0,3m/s, ground clearance: 30mm, length: 3367mm, width: 1920mm, height (mast lowered): 2295mm, weight (without battery): 2,7t. An on-site inspection is possible. Bdjdpfozun Ucex Ahmeh

Condition: refurbished (used), Year of construction: 2005, laser type: CO₂ laser, laser power: 100 W, working length: 1,330 mm, working width: 1,630 mm, TECHNICAL DETAILS Working area (L × W): 1,330 × 1,630 mm Laser power: 100 W Laser source: CO₂ Maximum material width: 1,575 mm Material pass-through: 15–50 mm (without material support) Bsdpfx Ajz D E Ddjhmjdh Speed: 1 – 1,414 mm/s Maximum acceleration: 14.1 m/s² MACHINE DETAILS Suitable for: Films, acrylic, wood, and textiles Dimensions (L × W × H): 2,730 × 2,450 × 1,590 mm EQUIPMENT i-cut Production Console software package

Year of construction: 2023, operating hours: 10 h, condition: new, functionality: fully functional, Here we offer a machine that was specially developed for fixing loose or cracked branches. The branches are automatically recognized as they pass through and fixed with hot melt adhesive. This significantly reduces waste due to branch branches. With opaque painted surfaces, the branch becomes almost invisible. Net Automation sets the standard with the AELA XKI Bdjdpfx Ahspiufwemoh new technological standards in the Diagnosis and correction of wood characteristics. • greatly reduced throughput times • immediate further processing possible • Visual enhancement • Easiest operation DIAGNOSIS AND CORRECTION • Rotten branches • torn branches • Resin galls • Wing branches etc. ..... ..... ADVANTAGES • no tear-outs when planing • Detection of dirt and slatted marks • Diagnosis with artificial intelligence (AI) • automated vaccination process The system can be viewed and tested by arrangement in 77866 Rheinau.

Condition: excellent (used), Year of construction: 2022, HERMLE C 22 U High Performance Line Bedpsz H Nahsfx Ahmedh Travel ranges: 450x600x330mm Rotary table: D320mm Working diameter: D610mm Control system: Heidenhain TNC 640 Dynamic Efficiency Dynamic Precision Main spindle: 18,000 rpm 88 tool positions HSK63 Coolant pressure: 80 bar Tool measurement system Tool breakage monitoring: Blum LANG Automation: ROBO TREX 96 Makro Grip 77 For further information and images, please send your email address and phone number.

Year of construction: 2026, condition: new, functionality: fully functional, Fully Automatic Board Sorting and Sawing System for Sawmills With its fully automatic board sorting and sawing system, JAC Automation & Robotics GmbH offers a powerful solution for significantly reducing manual operations in sawmills and wood processing companies. The system handles the entire process, from the unsorted raw material stack to the finished, sorted, and stacked boards. A reference system is already in successful operation at a sawmill. Your advantages • fully automatic and autonomous system operation • significant reduction in manual handling • relief from personnel shortages • fewer errors due to incorrect sorting • reproducible quality • automatic stacking • flexible allocation based on length and width • automatic defect detection • modular, expandable design In the current manual process, an employee may have to pick up and move a board up to four times. With the automated system, this handling is completely eliminated. Workpiece range Bsdpfx Aezz Sugehmedh • Length: approx. 1,700–5,200 mm • Width: approx. 95–310 mm • Thickness: approx. 30 mm • other dimensions available upon request Automatic process The raw boards are picked up by a KUKA robot and automatically fed to the measuring and sawing station. Length and width are determined using laser sensors. In addition, boards that are too severely warped can be detected and automatically sorted out. Each board can be sawn at both ends. Alternatively, a pure sorting operation without sawing is also possible. Sawdust and waste are automatically transported via a chute and a conveyor belt to a waste container located outside the system. Flexible sorting The reference system has: • 10 freely configurable sorting and stacking locations • 2 reject locations • 2 raw material locations The operator can freely define which length and width ranges are placed on which stacking location. The finished boards are stacked fully automatically. Optionally, intermediate strips can be inserted between the individual layers. Performance With a high variety of products, the reference system achieves approximately: • 4 boards per minute • up to approximately 240 boards per hour Technology • 2 × KUKA KR 120 R3900-K • 1 × KUKA linear unit • Siemens S7-1500 • Siemens F-CPU • 19" touch panel • WinCC Runtime • Production and piece count recording • Remote maintenance via Weidmüller router • Safety fence and Keyence light curtains Individually adaptable The system is newly manufactured and planned according to customer specifications. Layout, workpiece range, number of sorting locations, and the range of functions can be adapted. Optionally, an expansion with AI-based camera technology for detecting wood defects and quality characteristics is possible. Reference area: approx. 25 × 15 m JAC handles the complete project management, including design, manufacturing, programming, assembly, commissioning, and training. Delivery time: approx. 6-8 months after technical clarification and order release. Europe-wide delivery and commissioning are possible. Price on request.

Condition: good (used), Servo drive, servo card, output module, CPU card, input processor, power supply, control card, input card, control, converter, controller Bedpewt Rzlofx Ahmodh -Manufacturer: Power Automation, Servo Controller -Type: MI305 -Dimensions: 300/115/H250 mm -Weight: 3.8 kg/piece

Condition: good (used), WSM Stationary Screwing Unit Assembly and testing of components for car radios and navigation systems. The assembly station is enclosed in a protective housing. The service doors are equipped with monitoring switches with interlocks. The doors are locked during automatic operation and can only be opened during automatic stop or manually after pressing the "Doors" button on the control panel. Automatic operation cannot be started with a door open. Operational Sequence The station is loaded with the pre-assembled component via the transfer belt. Bjdpsibichjfx Ahmodh The following describes the operation steps of the automatic station with a transfer belt. In normal operation, all three stations operate in parallel. - Positioning the test unit (WT) with the pre-assembled module in station 2.1 - Lowering the carrier with the scanner and vision sensor - Scanning the 3 codes (front panel, front PCB, SD PCB), comparison with the database - Checking the correct locking of the FFC in the connector - Raising the carrier and lowering the test unit onto the conveyor belt - Positioning the test unit (WT) with the pre-assembled module in station 2.2 - Positioning the screwdriver and screwing the front PCB in place - Lowering the test unit (WT) onto the conveyor belt - Positioning the test unit (WT) with the pre-assembled module in station 2.3 - Lowering the light shield and making contacts, adjusting the carrier with the test sensors from below - Type-dependent testing of the SD + CD slot lighting and buttons - Functional test of the CD eject button - Lowering the test unit (WT) onto the conveyor belt > continue If errors occur during testing, they are displayed on the screen. and can be repaired if possible. For this, the system is switched to manual operation and the doors are opened. After the repair and restarting the automatic system, the workpiece carrier is tested again in the station. If a repair is not possible (e.g., due to a screw error), the workpiece carrier is marked as NIO (Not Okay) in the control system and is not processed further. Manual NIO marking and rejection is also possible. Financing through our bank is also available. komplett-konzept.leasingo.de More assembly stations, new and used, can be found in our shop! International shipping costs on request!

Year of construction: 2011, condition: ready for operation (used), An automated pallet handling system DMG Mori for machining centers is available. Pallet positions: 7, max. workpiece weight: 250kg, max. workpiece diameter: 500mm, max. workpiece height: 400mm, pallet change time: under 40s. Documentation available. An on site inspection is possible. Bedpeydd Acsfx Ahmodh

Condition: used, Vibratory Bowl Feeder / Sorting Device / Spiral Feeder / Vibratory Feeder RNA Vibrating bowl, Sorting device / Screw feeding with vibratory feeder for screw technology Feeding system, Feeding device Manufacturer: RNA Rhein-Nadel Automation GmbH Model: SRC-B200-2L Year of manufacture: approx. 2000 Upper bowl diameter: 250 mm Lower bowl diameter: 190 mm Bdodoxf Urpepfx Ahmeh Bowl internal height: approx. 35 mm Sorting track width: approx. 3 mm Total height (drive + bowl with sorting track): 240 mm Power supply: 230 Volt, 50 Hz. - RNA control unit, model ESG 90, for adjustable vibration speed - The feeder was used for supplying automotive blade fuses Required space Ø x H: 250 x 240 mm Weight: 13.5 kg Good condition A vibratory bowl feeder always consists of two essential components: 1) Sorting bowl, where the parts are oriented 2) Drive unit, which generates vibrations via mechanical oscillations in the sorting bowl and thus sets the parts in motion.

Condition: new, Year of construction: 2026, Robotic tray handling for deep-drawing systems – automated up to 120 cycles/hour JAC Automation & Robotics offers an automated handling solution for plastic trays that can be integrated into existing or new production facilities. The system takes over the automated handling of trays between the individual process steps, thereby significantly reducing the manual effort in production. The images shown are from an existing reference system that is currently in production. The system offered will be newly designed and built specifically for your application. Functionality: • KUKA industrial robots • product-specific gripper system • infeed and outfeed conveyor technology • automatic tray pick-up and placement • centering and positioning devices • control cabinet and system control • Siemens HMI for operation and recipe management • protective fencing and safety technology Depending on the product, different handling concepts can be implemented with clamping or suction grippers. The system can be flexibly adjusted to different tray variants via a recipe and parameter management system. Performance data: • Tray sizes: approx. 400 x 300 mm to 800 x 600 mm • Performance: up to approx. 120 cycles per hour • different tray heights and product variants possible • automatic product changeover via recipe management • manual and automatic system operation • individual adaptation to existing production facilities The specified performance applies without pad printing and depends on the product, gripper concept, travel paths, and system layout. Optional extensions: • automatic stamping system • pad printing system • automatic deburring • turning device for trays • additional conveyor technology • buffer and stacking locations • additional inspection and processing stations The existing reference system combines robotic handling, conveyor technology, stamping, pad printing, and a separate deburring station, among other things. Operation and control: Bdsdpfjz D H H Tjx Ahmsh Different products and recipes can be managed via the central Siemens HMI. Product-dependent parameters and position corrections can be set directly via the user interface. The control system offers, among other things: • recipe management • automatic and manual operation • adjustable product parameters • offset corrections • system and robot diagnostics • error and message history • user management • maintenance overview Advantages: • reduction of manual handling operations • reduced personnel costs • reproducible process sequences • reduced risk of handling errors • consistent production quality • more ergonomic workplaces • flexible processing of different tray formats • easy expandability with additional process steps • integration into existing production lines Important note: The system offered is not the reference system shown in the pictures. Each system is newly designed and manufactured according to the customer-specific requirements, the existing machines and the products to be processed. Price: upon request Upon request, JAC Automation & Robotics will handle the complete implementation, from design and robot programming to control cabinet construction and assembly, to commissioning the system.