Used Coherent Sabre Innova for sale (84)

Condition: reconditioned (used), Year of construction: 1976, Universal tool milling machine Make: DECKEL Model: FP 1 Year of manufacture: 1976 - overhauled, repainted, RAL7035 light gray / RAL7012 basalt gray / RAL5008 gray-blue Mach. No.: 52860/08 Milling head number: 7296/80 Guarantee: 12 months single shift from delivery on the mechanics overhauled by us. The electrics and electronics are excluded from this, as they have only been subjected to a functional test. For machines located outside of our northern Bavarian sales area, the travel costs must be borne by the customer. geometric acceptance with test report Accessories: - 3-axis digital display FAGOR Innova 30i-M, new Cgjdpfxomhfrrs Aa Njt - Fixed table 600 x 210 (T-slot: 12 mm) - Vertical milling head SK 40 with tightening thread S 20 x 2 - Coolant system - Operating instructions Used as seen The machine corresponds technically to the state of the year of manufacture.

Condition: reconditioned (used), Year of construction: 1976, Universal tool milling machine Make: DECKEL Model: FP 2 Year of manufacture: 1976 - overhauled, repainted RAL7035 light grey / RAL7012 basalt grey RAL5008 grey blue Csdpfx Aasd Tytyj Nsgt Mach. No.: 6976 with guarantee geometric acceptance with test report Accessories: - 3-A digital display FAGOR Innova 30i-M, new - Fixed table 700 x 240 mm (T-slot: 12 mm) - Vertical milling head SK 40 with Tightening thread S 20 x 2 - Coolant system - Operating instructions -used, as seen-

Condition: new, Center lathe and feed spindle lathe Make: ROMI Cgjdpfjb Suakjx Aa Nst Model: T240 x 1000 Condition: New machine centre height: 220 mm Center width: 1.000 mm standard equipped with: - 3-axis digital display FAGOR Innova 30i-T - cooling device - Bed stop for automatic switch-off - Quick change tool holder base body size B - Instruction manual

Condition: used, Year of construction: 2009, Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 Initially, the ALFATEK Elvira 16-20-3 filling triblock, created in 2009, stands as a benchmark of engineering excellence for bottling in glass containers. 1. Model Description and Operational Capability Configured for an impressive throughput of 4,000 bottles per hour (BPH), it specifically targets handling 0.75-liter glass containers. Furthermore, the Filling Triblock Alfatek Elvira integrates three main operational modules: the rinser, the filler, and the capper. Each module is meticulously tailored for a distinct phase of the bottling process, ensuring a streamlined operation. 2. Rinsing Unit of the Filling triblock Alfatek Elvira The Filling Triblock Alfatek Elvira is equipped with 16 grippers, the rinsing system ensures containers are thoroughly cleaned before filling. Consequently, the gripping mechanism is ingeniously designed to handle glass containers with the utmost care, thereby preventing any potential damage. 3. Filling Mechanism Moreover, the filling segment incorporates 20 valves, operating on a high vacuum principle to achieve precise filling. This method not only ensures uniform fill levels across all containers but also allows for efficient dispensing of liquids of varying viscosities, thanks to the selection of fixed nozzles. 4. Capping System Subsequently, the capping unit, fitted with three heads, is adept at applying aluminum screw caps with unparalleled precision. It demonstrates the exceptional versatility of the Filling Triblock Alfatek Elvira in handling various cap types, thus ensuring a consistent secure seal consistently. 5. Safety Measures and Maintenance Protocols Cedsvgt H Eopfx Aa Nsgt Additionally, the Filling Triblock Alfatek Elvira adheres to stringent industrial safety standards, featuring comprehensive protective measures for operator safety. Presently stored under optimal conditions, it is accompanied by a complete set of maintenance manuals. This pivotal aspect is crucial for maintaining the machine’s operational efficiency and extending its longevity. 6. Electrical Specifications and Mechanical Design Requiring an electrical supply of 380 V at 50 Hz is perfectly aligned with standard industrial requirements. Moreover, its clockwise rotational movement is thoughtfully designed for seamless integration into existing production setups, thereby facilitating effortless adoption. 7. Conclusion of the Filling Triblock Alfatek Elvira In conclusion, the ALFATEK Elvira 16-20-3 triblock from 2009 epitomizes advanced engineering, effectively optimizing rinsing, filling, and capping operations in bottling processes. Its technical configuration renders it ideally suited for robust application within the bottling industry, achieving high marks for operational efficiency, precision, and reliability. The meticulous design assures compatibility with a broad range of bottling requirements, securely positioning it as a valuable asset in production environments. Ultimately, the incorporation of transition words aims to enhance the flow and coherence of the analysis, ensuring a comprehensive understanding of the machine’s capabilities.

Condition: new, Year of construction: 2026, functionality: fully functional, turning diameter over cross slide: 240 mm, spindle bore: 80 mm, turning diameter: 400 mm, center height: 220 mm, turning length: 1,500 mm, quill stroke: 230 mm, quill diameter: 90 mm, spindle speed (max.): 2,000 rpm, spindle speed (min.): 25 rpm, swing diameter over cross slide: 240 mm, bed width: 400 mm, Equipment: rotational speed infinitely variable, Production Lathe MEXPOL TUS 400 – Available from Stock The MEXPOL TUS 400 is a high-performance production lathe ideal for precise and efficient machining tasks. With its robust construction, powerful main drive, and comprehensive standard equipment, this machine is perfectly suited for continuous industrial operation. Technical Specifications • Center height: 220 mm • Swing diameter over bed: 400 mm Csdpfx Asyhzgqja Nsgt • Swing diameter over cross slide: 240 mm • Distance between centers: 1,500 mm • Bed width: 400 mm • Spindle bore: 80 mm • Spindle mount: DIN 55027 / 8 • Main drive: 11 kW with frequency inverter • Speed range: 25 – 2,000 rpm (3 gear stages) • Maximum spindle torque: 1,200 Nm • Max. workpiece weight: o Between centers: 150 kg o In chuck with tailstock: 600 kg o With steady rest: up to 1,300 kg • Accuracy according to DIN 8606 • Electrical equipment: 400 V / 50 Hz • Noise level: max. 84 dB(A) Feeds and Thread Cutting • Longitudinal feed: 0.04 – 12 mm/rev • Cross feed: 0.02 – 6 mm/rev • Rapid traverse longitudinal / cross: 3,800 / 1,900 mm/min • Metric, imperial, module, and DP threads without change gears Slides • Cross slide travel: 315 mm • Top slide travel: 130 mm Tailstock • Quill diameter: 90 mm • Quill taper: Morse taper MT 5 • Quill stroke: 230 mm Weight • Machine weight: approx. 2,500 kg Standard Equipment (excerpt) • Frequency-controlled main drive • Multifix quick-change tool post, size C • Central lubrication for carriage, headstock, and feed gearbox • Coolant system • Safety chuck guard with interlock • Travelling chip guard and rear chip wall • CE marking and declaration of conformity • Machine color: RAL 7035 / RAL 7011 Options • FAGOR INNOVA 30iT digital readout

Condition: new, Technical data: Fixed angular table: Fixed angular table clamping area: 800 x 400 mm Max table load: 200 kg Working spindle: Tool holder horizontally and vertically: ISO 40 Cjdpfjd R S Ndjx Aa Nsgt Power of the main drive motor / 100% ED: 2.2 kW Vertical milling head: Speed range, tiered: (12) 50 - 2000 rpm Drill pinole, stroke: 100 mm Swivel range: +/- 90° Travel: X-axis automatic/man.: 385/400 mm Y-axis automatic/man.: 185/200 mm Z-axis automatic/man.: 365/380 mm Feeds: Feed range: 0-650 mm/min Number of feeds: infinitely adjustable Rapid response: 1000 mm/min Characteristics: - Machine accuracy according to DIN 8615 - 3-axis digital displays FAGOR® Innova (option) - Spindle run max. 0.005 mm, incl. test protocol according to DIN 8615 (rolling bearing SKF®/NSK®) - Vertical milling head can be swivelled out for horizontal milling (without disassembly) - All relevant parts of the machine, e.g. machine stand, table, milling head, housing, etc. are made of voltage-free MEEHANITE® - quality casting (FC 30) and are often ribbed to give the machine maximum stability and working accuracy. All guideways are TURCITE®-B coated - All machined surfaces in the work area such as guides, table surfaces, T-slots, etc. are hardened and precision-ground. - The powerful drive transmits the power of the main motor via belts to the gearbox. - All axes have their own DC servo motors. These allow for a sensitive

Condition: new, Universal tool milling machine according to DIN 8615. The torsion-resistant machine stand made of MEEHANITE® quality casting and the high-precision, hardened and ground guides in all axes guarantee high precision and durability. With the 3-axis digital display, all values can be called up directly and with the user-friendly control panel on the jib arm (OPTION), it can be positioned individually. Clamping area of the fixed angle table: 900 x 500 mm Max. Workpiece weight: 360 kg Horizontal and vertical tool holder: ISO 40 Main spindle motor power / 100% ED: 3.75 kW Power feed motors X/Y/Z-axis: 1.0 / 1.0 / 1.5 kW Total connected load: 7.4 kVA Speed range: 40 - 3800 1/min Speed steps: 18 Manual drill sleeve stroke: 120 mm Swivel range: +/- 90 Travel X (automatic/manual): 600 mm Travel Y (automatic/manual): 460 mm Z travel (automatic/manual): 380 mm Feed range, infinitely variable X/Y/Z: 10 - 650 mm/min Rapid traverse: 1000 mm/min Dimensions LxWxH, approx.: 1850 x 1650 x 1900 mm Weight, approx.: 1780 kg Equipment: - 3-axis digital display (e.g. FAGOR® Innova), with various comfort functions, on user-friendly swivel arm (OPTION) Csdpfeuxt N Iex Aa Nogt - DC servo motors for all X/Y/Z axes, e.g. from DELTA® - Spindle concentricity max. 0.005 mm, incl. test report to DIN 8615 (SKF®/NSK® roller bearings) - Spring-loaded safety handwheels in all axes, e.g. from GANTHER® - Torsion-free machine bed made of MEEHANITE® quality casting - High-precision, hardened and ground guideways in all axes with TURCITE®-B coating - Backlash-free HIWIN® precision ball screws in all axes - Electrical overload protection in all axes - Multi-adjustable spindle protection device secured via micro limit switch - Automatic interval central lubrication - Drilling quill - Swivel-mounted control panel on extension arm (approx. 1,600 mm) (OPTION) - Hydraulic tool clamping - SIEMENS®, BALLUFF® electrical equipment - Coolant device - Horizontal device - LED machine light - Spacious chip collection tray - Test report according to DIN 8615 - Operating tool - Operating instructions, spare parts list, incl. electrical circuit diagrams etc. in German - CE

Year of construction: 2020, condition: used, functionality: fully functional, machine/vehicle number: dd2d22d, ELECTRONIC CONTROL SYSTEM FOR X-RAY CUTTING LINE Wood type: Pine, Spruce Cjdsxvxrnjpfx Aa Nogt Scanner functionality Acquisition of measurement signals from the multi-sensor scanner. Processing (D) of the 3D map from the laser triangulation signal. Processing (S) of the fiber deviation map from the laser scatter signal. Processing (R) of the roughness map from the laser triangulation signal. Processing (C) of the normalized color map from the high-resolution RGB signal. Integration of 3D data, fiber deviation, roughness profile, and color map information into a coherent multidimensional image.

Condition: good (used), Year of construction: 2016, Marel SensorX 501 Bone Detection Advanced sensing technology and software give the SensorX bone detection capabilities that are unprecedented among automatic bone detection systems. The SensorX is more reliable and consistent in a production environment than any manual inspection. It detects bone fragments with great accuracy, which ultimately improves both food safety and product quality. The SensorX bone detection system automatically finds bonesand other foreign objects in poultry meat using advancedX-ray technology. It detects bones and displays their locationon a monitor. This efficient, accurate and high performingdetection system enables poultry processors to transform the quality standard of their products, giving them a competitive advantage in the industry. Superior bone detection The combination of Marel’s advanced sensing technology, software development and expertise in designing integrated Cgedpex I D U Iofx Aa Net turnkey systems, has created an optimal bone detection solution that fits any deboning process. The SensorX handles all deboned poultry products. The SensorX system has been installed for quality poultry processors, including the biggest brands in the industry, in more than 35 countries around the world. Easily integrated with all major systems The SensorX can be integrated with all major poultry deboning systems. It has proven itself to deliver superior bone detection, give a better process overview, minimize product handling and reduce over-trimming. Ultimately, this gives processors a safer, more valuable product. Innova provides valuable information The Innova Food Processing Software ensures reliable data collection and enables full traceability throughout the production process. Real-time monitoring Innova provides real-time monitoring of key performance indicators (KPIs) such as yield, throughput, quality, capacity and labor efficiency. These valuable insights enable processors to identify opportunities for improvements, while ensuring that production conforms to quality and food safety standards. Manufacturer:Marel Model:SensorX 501 Year:2016 Power:1,8kW / 50-60Hz / 3x400V Belt Speed:0,46m/s Scan Width:500 mm Machine Dimensions LxWxH:3.363x992x2.006 mm Machine Weight:840 kg.