Meltio3D kovinski tiskalnik/KUKAKR30/DKP40

KUKA, Meltio Engine KUKA KR30,DKP400KUKA,3D-Diodenlaser

Stanje: novo, Leto izdelave: 2024, Laser source: 12 kW Raycus/IPG Laser head: Precitec Pro-Cutter 2.0 Control system: FSCUT 8000 Lhjdpfx Aasi Ar Ruecjc Working area (effective): 1520 x 3050 mm Maximum positioning speed: 120 m/min Maximum acceleration: 1.5 m/s² Positioning accuracy: 0.02 mm/m Repeatability: 0.03 mm/m Maximum table load: 1500 kg

Stanje: rabljeno, Maks. premer nihanja: Ø2.700 mm Maks. stružni premer: Ø2.500 mm Maks. višina rezanja: 2.000 mm Maks. navor: 40.403 N·m Maks. rezalna sila: 3.000 kgf Maks. masa obdelovanca: 12.000 kg Premer mize: 2.000 mm Hitrost vrtenja mize: 1 – 200 obr/min Nadzor hitrosti mize: Avtomatski 2-stopenjski Natančnost indeksiranja mize: 0,001° Hitrost pomika rezanja osa C: 0 – 900 stopinj/min Maks. hitrost osi C: 2,5 obr/min Hitrost rezkalnega vretena: 30 – 3.000 obr/min Navor rezkalnega vretena: 45 kgf·m Glava batnice Postavka: Specifikacija Število orodij: 1 kos Dimenzija orodja: 32 × 32 mm Ljdpfx Ajyk U Ngjacshc Dimenzija preseka batnice: 240 × 240 mm Stožec vretena: ISO 7/24 No.50 Kapaciteta zalogovnika orodij: 24 orodij Maks. teža orodja: 50 kg Transportni trak za odrezke Sistem za merjenje orodij (RENISHAW) Kombinirana ročna/hidravlična vpenjalna glava Linearni merilnik (X Z C) Rezkalna orodja 4 kosi Stružna orodja 5 kosov

Leto izdelave: 2026, Stanje: novo, Funkcionalnost: popolnoma funkcionalen, gradbena višina: 3.500 mm, obratovalni tlak: 6 letvica, gradbena širina: 14.000 mm, laserska moč: 6.000 W, delovna dolžina: 4.000 mm, premer obdelovanca (maks.): 1.200 mm, število osi: 8, vrsta laserja: diodni laser, proizvajalec laserskih virov: Laserline, Število orodnih revolverjev: 1, Machine Description The system on offer is an adaptive, robot-assisted laser welding cell designed for high-precision processing of large-format metal components. The cell is based on a modular machine platform and is designed for demanding industrial applications in both additive and subtractive laser processing. This system is specifically engineered for the machining of rotationally symmetrical parts as well as for complex welding, repair, and cladding operations on oversized metal components. By combining powerful robotics, intelligent control software, and integrated sensor technology, the cell enables reproducible, automated, and cost-efficient production. System Configuration & Mechanics - Large-format, enclosed laser cell with protective safety housing - Robot-guided laser welding system with high payload capacity and extended reach - Integrated rotary positioner for continuous 360° processing of workpieces - Designed for heavy workpieces (several tons, depending on configuration) - Ergonomic loading and unloading via oversized access doors Laser & Process Equipment - High-performance laser welding head for precision welding and build-up operations - Support for additive processes (e.g., laser cladding, repair welding) - Optional integration of additional laser or plasma processes - Automated tool or process head changing (depending on configuration) Adaptive Control & Software - Integrated CAD/CAM system for automatic generation of machining programs from 3D STEP data Ledpfx Ajyhhudoacehc - Collision-monitored pre-simulation of all robot movements and tool paths prior to operation - Offline programming with digital process validation - Automatic adjustment of process parameters during operation Sensor Technology & Process Monitoring - 3D seam-tracking sensor for real-time precision path correction - Compensation for part tolerances and thermal material expansion - Continuous process monitoring for high seam quality and repeatability Typical Applications - Laser welding of large steel and metal structures - Additive repair and reconditioning of large components - Cladding and functional surface build-up - Manufacturing and post-processing of rotationally symmetrical components - Heavy industry, mechanical engineering, power generation, and turbine construction System Advantages - Fully automated processing in place of manual welding operations - High process reliability through simulation and sensor technologies - Significantly reduced setup and commissioning times - Maximum flexibility for workpiece variants and geometries - Cost-effective alternative to replacing large-scale components