Macchina per lo stampaggio a iniezione

Engel DUO 7050/1100

Condizione: eccellente (usata), Anno di produzione: 2004, Macchina per stampaggio ad iniezione NEGRI BOSSI V1250 1.250 tonnellate Anno: 2004 Ore di lavoro: 32.000 Vite e cilindro nuovi Bedpfxew Uaw De Amuell

Condizione: eccellente (usata), Anno di produzione: 2010, Presse a iniezione Engel DUO 5550/1100 Anno di produzione: 2010 Forza di chiusura: 11.000 kN Dimensioni piani di fissaggio (HxV): 1850 × 1810 mm Bsdpfx Aew Tc Hxsmuoll Luce tra colonne (HxV): 1400 × 1150 mm Altezza stampo (min–max): 600 – 1200 mm Apertura massima: 1800 mm Diametro vite Ø 90 mm Volume di iniezione: 2740 cm³ Peso iniezione (PS): 2520 g Pressione di iniezione: 2180 bar Alimentazione elettrica: 3 × 400 V, 50 Hz Controllo ENGEL CC 200 A02 (touch screen 15″), 2 lingue (PL/EN) Robot ENGEL ERC 63/1F, RC 200 — corsa X: 700 mm, Y: 1000 mm, Z: 1880 mm, portata 30 kg

Condizione: eccellente (usata), Anno di produzione: 2011, ENGEL DUO 5550/1100 Injection Moulding Machine Bodpfx Asw U Taxsmusll Year of manufacture: 2011 Injection Unit Two short-design cylinders for plastic injection. Direct screw drive; ceramic heaters on the barrels. Standard screw geometry L/D = 22. Hardened and nitrided screw, diameter Ø 90 mm. Maximum injection volume: 2,740 cm³. Maximum shot weight (PS): 2,520 g. Open nozzle: front radius R = 35 mm, channel diameter Ø 6 mm, mounting thread M55×3. Increased specific injection pressure: 2,180 bar. Plasticising capacity: 85 g/s (for polystyrene, screw Ø 90 mm). Injection unit equipment: M3-type barrel – bimetallic, increased resistance to corrosion and wear, permissible temperature up to 350°C. S4V-type screw – heat-treated, chromed, with wear-resistant edges, increased corrosion and wear resistance. Special G11.3 screw geometry optimized for process. Return valve R12 (multi-ball, recommended for PC, PMMA, ABS). Clamping Unit (Clamping System) Hydromechanical two-platen clamping system. Four short high-pressure cylinders on the nozzle side. Four tie bar stretchers on the ejector side. Two fast-movement cylinders mounted diagonally on the clamping system. Mould opening stroke dependent on mould height (dynamic stroke adjustment). Movable platen guided on the machine frame – ensuring platen rigidity and parallelism. Clamping force: 11,000 kN. Mould mounting platen dimensions: 1,850 × 1,810 mm. Tie bar spacing: 1,400 × 1,150 mm. Mould height: 600–1,200 mm. Maximum opening stroke: 1,800 mm. Mould cooling system: 10 water circuits with rotameters (max. 30 l/min each). Special platen design with additional holes for ejector system in two configurations (horizontal and vertical). Core Drives (Core Pull Systems) Independent hydraulic core drives in the mould: 2 units on the moving platen, 2 units on the fixed platen. Hydraulic pressure reduction systems for cores. Independent pneumatic core drive on both moving and fixed platen. Hydraulics Pump station with pressure- and flow-controlled electrohydraulic pumps, as well as fixed delivery pumps. Energy-efficient proportional hydraulics with precise flow and pressure regulation. Servo valve for control of injection speed, hold pressure, and back pressure. ECODRIVE system – energy-saving hydraulic drive ensuring parallel auxiliary movements with minimal energy consumption. ENGEL Viper 40 Robot Integrated Cartesian robot, operated via CC200/RC200 control system. Three servo-driven axes: X = 700 mm (extendable to 900 mm), Y = 1,000 mm (tandem up to 1,900 mm), Z = 1,880 mm (extendable to 5,720 mm). Payload up to 17 kg, accuracy ±0.05 mm. C axis: rotatable gripper 0–90°, pneumatic drive. B axis: head rotation around lift axis (Y), servo motor drive, range +90° / –180°.