Meltio3D metalo spausdintuvas/KUKA KR30/DKP40

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

Sąlyga: naujas, Gamybos metai: 2024, Laser source: 12 kW Raycus/IPG Laser head: Precitec Pro-Cutter 2.0 Control system: FSCUT 8000 Effective working area: 1520x3050 mm Max. positioning speed: 120 m/min Max. acceleration: 1.5 m/s² Positioning accuracy: 0.02 mm/m Repeatability: 0.03 mm/m Max. table load: 1500 kg Kjdpfx Absi Ar Ruersdh

Sąlyga: naudotas, Didžiausias tekinimo skersmuo Ø2 700 mm Didžiausias tekinimo diametras Ø2 500 mm Didžiausias pjovimo aukštis 2 000 mm Kedpfx Aoyk U Ngjbrodh Didžiausias sukimo momentas 40 403 N·m Didžiausia pjovimo jėga 3 000 kgf Didžiausias ruošinio svoris 12 000 kg Stalo skersmuo 2 000 mm Stalo sukimosi greičio diapazonas 1 – 200 aps./min. Stalo sukimosi greičio valdymas Automatinis, 2 pakopos Stalo indekso tikslumas 0,001° C ašies pjovimo padavimo greitis 0 – 900 laipsnių/min C ašies maksimalus greitis 2,5 aps./min. Frezavimo veleno greitis 30 – 3 000 aps./min. Frezavimo veleno momentas 45 kgf·m Skersinio laikiklio galva Elementas Specifikacija Įrankių skaičius 1 vnt. Įrankio dydis 32 × 32 mm Laikiklio skerspjūvio dydis 240 × 240 mm Veleno kūgis ISO 7/24 Nr.50 Įrankių magazino talpa 24 įrankiai Maksimalus įrankio svoris 50 kg Drožlių transporteris Įrankių matavimo sistema (RENISHAW) Rankinis/hidraulinis kombinuotas griebtuvas X, Z, C ašių linijinis matuoklis 4 vnt. Frezavimo įrankių 5 vnt. Tekinimo įrankių

Gamybos metai: 2026, Sąlyga: naujas, Funkcionalumas: visiškai funkcionalus, statybinis aukštis: 3 500 mm, darbinis slėgis: 6 juosta, statybos plotis: 14 000 mm, lazerio galia: 6 000 W, darbinis ilgis: 4 000 mm, ruošinio skersmuo (maks.): 1 200 mm, ašių skaičius: 8, lazeri tipas: diodinis lazeris, lazdo šaltinio gamintojas: Laserline, Įrankių bokštelių skaičius: 1, Machine Description The system on offer is an adaptive, robot-assisted laser welding cell designed for the high-precision processing of large-format metal components. The cell is based on a modular machine platform and is engineered for demanding industrial applications in both additive and subtractive laser processing. This system is specifically designed for machining rotationally symmetric components as well as complex welding, repair, and cladding operations on large metal parts. By combining high-performance robotics, intelligent control software, and integrated sensor technology, the cell enables reproducible, automated, and cost-effective manufacturing. System Configuration & Mechanics - Large-format enclosed laser cell with integrated safety enclosure - Robot-guided laser welding system with high payload capacity and extended reach - Integrated rotary positioner for continuous 360° processing of the workpiece - Designed for heavy workpieces (multiple tons, depending on configuration) - Ergonomic loading and unloading via large access doors Laser and Process Equipment - High-performance laser welding head for precise welding and cladding operations - Support for additive processes (e.g., cladding, repair welding) - Optional integration of additional laser or plasma processes - Automated tool and process head changer (configuration-dependent) Adaptive Control & Software - Integrated CAD/CAM system for automatic generation of machining programs from 3D STEP data - Collision-monitored pre-simulation of all robot movements and tool paths prior to processing - Offline programming with digital process validation - Automatic adjustment of process parameters during operation Ksdpfxeyhhudo Abrjdh Sensors & Process Monitoring - 3D seam tracking sensor for real-time trajectory correction - Compensation of workpiece tolerances and thermal material expansion - Continuous process monitoring for superior seam quality and repeatability Typical Application Areas - Laser welding of large steel and metal components - Additive repair and refurbishment of large-scale parts - Cladding and build-up of functional surfaces - Production and post-processing of rotationally symmetric components - Heavy industry, mechanical engineering, power and turbine construction System Advantages - Fully automated processing instead of manual welding operations - High process reliability through simulation and sensor technology - Significantly reduced setup and commissioning times - High flexibility for a wide range of variants and component geometries - Cost-effective alternative to replacing large components