Used Other machines for sale

SOMA machinery for die cutting aluminium lids with 2 knurling rollers (worm and needle type) and 2 cutting matrix brand Rold (75,5 mm and 95,5 mm) + ELKON machinery to make tests and welding trial of aluminium lids. Machinery and equipment are produced in 2009 and everything is fully functional. It was used only few years and made more than 15 million beats only. Like new with all the tools and parts. Bulldog The Bulldog machine is a roll-fed die cutter mainly designed for the production of foil lids for yogurt containers. The die cutting technique is of very high precision to ensure perfect edge quality. The long life die cutting tool consists of multiple dies that enable several lids to be punched per stroke. Various lid shapes, formats and embossing patterns are possible. Max. foil width : 320 mm Max. foil diameter : 450 mm Inner core diameter : 70-78 mm Max. die cutting cycle : 250 strokes/min Feeding step : 15-150 mm Dimensions : 1200x2550x1800 mm Weight : 1260 kg Power input : 6,5 kVA

CNC Auto tube bender Machine CNC80MSRSM-5A Extension to 300mm bending stroke 415V/50HZ with all below accessories A. General Description Fully automatic CNC booster bending machine Max tube o.d : 80mm (mild steel) Max tube w.t : 3 mm (mild steel) 5 axis of servo motor driven units include: bending, rotating, feeding, machine head horizontal and vertical movement. Quality components: Yaskawa servo motors, ZF gear reducers, Yuken hydraulic units, Rexroth or Hiwin linear guides Tube carriage booster force: 3 tons - servo Follower booster force: 2.5 tons - servo Draw & Rollers bending functions Multiple axes working simultaneously to decrease bending cycle time User friendly program setup- PC base controlled system for ease of upgrading & modifying program Unlimited program storage with unlimited steps in program Multiple bending radii with vertical stroke 240 mm One key back up of programs to disk / USB storage device Security code protection of parameters and selected operation features B. Technical Description Machine ability: Max od: 80 mm Max wt: 3 mm Max bending radius difference: 90 mm Max bending angle: 190 degrees Max mandrel working distance: 3000 mm Bending arm torsion: 1400 Kg.m Machine speed: Feeding speed: 700 mm/sec Rotating speed: 210 degree/sec Bending speed: 65 degree/sec Reproductibility: Feeding accuracy: +/- 0.1 mm Rotating accuracy: +/- 0.1 degree Bending accuracy: +/- 0.1 degree Hydraulic units: Hydraulic Pump: 15 Kw Total motor power: 39 Kw Max hydraulic pressure: 140 kg/cm*cm Oil tank capacity: 420 liters Oil Cooler: 350 liters/min Machine dimension: Length: 6390 mm Width: 2300 mm Height: 1550 mm Weight: 7000 kg Working Height: 1160 mm C. Accessories Mandrel rod 3 pc Wiper die holder 1 pc Safety plate with bending arm 2 pcs Tool box 1 pc Operation manual (English) 1 pc D. Spare parts with machine shipment Proximity switch: 2 pcs Pressure gauge: 1pc Fuse (5A): 10 pcs Oil seals + O ring: 1 set 160G Hard disk (SATA): 1 pc Recover USB : 1 pc Touch pen: 1 pc

Machine Usage: The Ceradrop F-Series is a digital printing platform for functional materials, combining several technologies (inkjet, aerosol jet). It is designed for advanced research and prototyping applications. The machine enables precise deposition of technical inks (conductive, insulating, biomaterials, etc.) on various substrates, with integrated in-line drying or curing stages. It is typically used in R&D projects, particularly for developing devices in the fields of printed electronics, sensors, medical devices, functional textiles, or energy technologies. Some documented use cases include: Development of printed temperature or humidity sensors on flexible films for medical or environmental applications Production of flexible printed circuits for integration into connected objects or textiles Fabrication of organic photovoltaic cells or printed micro-batteries for energy storage Prototyping of smart packaging with integrated printed electronics or indicators The software interface allows users to prepare and simulate printing tasks. The system can accommodate multiple printheads and is designed to work with materials with a wide range of properties. This type of equipment is ideal for academic labs, tech research teams, or shared platforms looking for a versatile tool to develop or validate multi-material functional components. All-in-one State-of-the-art Digital Materials Deposition Platform for process development in Printed Electronics and Smart 3D Printing. Hybrid materials deposition platform combining Inkjet and Aerosol Jet® technologies.  Its single user-friendly software opens the way to study hybrid process inaccessible by Inkjet or Aerosol Jet® separately. Defined as a modular-based scalable technology able to easily integrate several post-processes in-line at lowest cost, on minimum of footprint, with more capabilities. Examples of electronics applications : HF Antenna RFID OPV photovoltaics OLED displays and lightning Interconnection Printed memories Photodetectors Sensors Semiconductor Printed Batteries Smart packaging LTCC MLCC Multilayer Ceramic Capacitor Magnetic components Temperature sensors Piezoelectric actuators Coating smart surface Fuel cells Flexible Electronics In-mold Electronics Supercapacitors Wearables electronics senros 3D Electronics 5G/6G Advanced Materials Carbon electronics Conductive inks Digital Printing e-textiles Green materials and electronics inkjet printing multimaterial printing printed sensors stretchable electronics transparent conductive films Substrate up to 305 mm x 305 mm with thickness up to 10mm High accuracy five axis with motorized adjustable printing resolution, substrate alignment (+/-2 μm) and nozzles self calibration (< +/-3 μm) Up to five different printheads to deposit wide range of functional inks and high viscous pastes Able to print in Raster-Scan Mode (X or Y), Vector Mode (XY) and Single Pass (X or Y)

1 machine for the production of non-stretched mesh consisting of: 1 extruder on which are mounted: 1 plasticizer, diameter 45 1 automatic colorant dosing unit 1 screen changer 1 head control unit 1 spinning head 1 spinneret with a diameter of 90, consisting of 1 inner spinneret with 56 threads 2x0.08 and 1 outer spinneret with 56 threads 2x0.08 1 diameter 85 calibrator complete with 1 bow 1 cooling bath 1 drag calender 1 electrical and electronic trimming device 1 AS 600mm type rewinder 1 central cutting device 1 granule vacuum cleaner 1 cooler predisposition 1 diameter 120 calibrator complete with 1 bow

1 machine for the production of 3-wire mesh composed of: 1 extruder on which are placed: 1 plasticizer diameter 45 1 automatic colorant dosing unit 1 screen changer 1 head control unit 1 spinning head 1 spinneret with a diameter of 160, consisting of 1 inner spinneret with 90 threads 0.4x0.3, 1 intermediate spinneret with 180 threads, and 1 outer spinneret with 90 threads 0.4x0.3 1 diameter 165 calibrator complete with 2 arches 1 cooling bath 1 drag calender 1 electrical and electronic trimming device 1 AD 600mm type rewinder 1 central cutting device 1 double side cutting device 1 granule vacuum cleaner 1 cooler predisposition 1 diameter 235 calibrator complete with 2 arches