| Name of a product | Inventory number | Producer | YOM | Parameters | ||
|---|---|---|---|---|---|---|
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BPL H |
251048 | BAYKAL | 2015 | Max. length of workpiece: 6000 mm Max. workpiece width: 2000 mm Max. thickness cutting material: mm Type of cutting: Plasma Control system Delem: |
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Microlas 3001.15 |
241222 | Microstep | 2007 | Max. length of workpiece: 3000 mm Max. workpiece width: 1500 mm Max. plate thickness: 15 mm Power of laser: 2000 W Fiber: NO Machine dimensions l x w x h: 2000x5000x2000 mm |
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PLATINO FIBER |
221383 | Prima Power | 2014 | Max. length of workpiece: 3065 mm Max. workpiece width: 1560 mm Max. plate thickness: 20 mm Power of laser: 3000 W Fiber: YES Travel Z-axis: 150 mm |
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Plazmový řezací stroj NESSAP Klima 1600 |
261204 | NESSAP | 2010 | Max. length of workpiece: 1600 mm Max. workpiece width: 1600 mm Max. thickness cutting material: 30 mm Type of cutting: Plasma |
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FA 20S Advance |
231719 | MITSUBISHI ELECTRIC | 2006 | Travel X-axis: 500 mm Travel Y-axis: 350 mm Travel Z-axis: 300 mm Machine dimensions l x w x h: 2550x2800x2150 mm Max. weight of workpiece: 1500 kg Max. diameter of wire: 0,1-0,36 mm |
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Easycut 6001.20 PG |
251969 | Microstep | Max. length of workpiece: 6000 mm Max. workpiece width: 2000 mm Max. thickness cutting material: mm Type of cutting: Plasma |
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ALC600G |
211221 | Sodick | 2017 | Travel X-axis: 600 mm Travel Y-axis: 400 mm Travel Z-axis: 350 mm Axis U: 150 mm Axis V: 150 mm Max. load of table: 1000 kg |
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THOR 450 |
251504 | MEP | 2022 | Max. diameter of the cut material: 450 mm Machine dimensions l x w x h: 3050 x 1340 x 2050 mm Machine weight: 3000 kg Main motor power: 7,5 kW Feeding speed: 20-100 m/min |
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BySmart Fiber 4020 |
261262 | Bystronic | 2020 | Max. length of workpiece: 4000 mm Max. workpiece width: 2000 mm Max. plate thickness: 25 mm Power of laser: 6000 W Fiber: YES Max. weight of workpiece: 1900 kg |
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Classic Magic 500 TU-5 |
251318 | Emmegi | 2012 | Max. diameter of the cut material: 500 mm Machine weight: 1450 kg |
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MEBAeco 335 DGA-600 |
261324 | MEBA | 2012 | Max. diameter of the cut material: 335 mm Machine dimensions l x w x h: 2480x2300x1900 mm Machine weight: 2020 kg |
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ByStar Fiber 4020 |
251904 | Bystronic | 2018 | Max. length of workpiece: 4000 mm Max. workpiece width: 2000 mm Max. plate thickness: 20 mm Power of laser: 6000 W Fiber: YES |
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STG 220 GA |
261277 | BOMAR | Machine weight: 400 kg |
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360/500 SHI-LR |
261329 | Pegas Gonda | 2025 | Max. diameter of the cut material: 250 (při plném materiálu) mm Machine weight: 750 kg Main motor power: 3 kW |
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TRULASER 3060 |
261051 | Trumpf | 2017 | Max. length of workpiece: 6000 mm Max. workpiece width: 2500 mm Max. plate thickness: mm Power of laser: 4000 W Fiber: NO |
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ENSIS 3015 AJ |
241055 | AMADA | 2021 | Max. length of workpiece: 3070 mm Max. workpiece width: 1550 mm Max. plate thickness: 25 mm Power of laser: 6300 W Fiber: YES Travel Z-axis: 100 mm |
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VANAD KOMPAKT |
231915 | Vanad | 2015 | Max. length of workpiece: 3000 mm Max. workpiece width: 1500 mm Max. plate thickness: 12 mm Power of laser: 2000 W Fiber: YES Total input: 7 kVA |
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TruLaser 2030 fiber |
261313 | Trumpf | 2018 | Max. length of workpiece: 3000 mm Max. workpiece width: 1500 mm Max. plate thickness: 20 mm Power of laser: 4000 W Fiber: YES Travel X-axis: 3000 mm |
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ROBOCUT Alfa-C600iA |
261163 | Fanuc | 2018 | Travel X-axis: 600 mm Travel Y-axis: 400 mm Travel Z-axis: 410 mm Control system Fanuc: Fanuc 31i Max. weight of workpiece: 1000 kg |
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ByVention 3015 |
241163 | Bystronic | 2007 | Max. length of workpiece: 1500 mm Max. workpiece width: 750 mm Max. plate thickness: mm Power of laser: 4400 W Fiber: NO Machine weight: 14700 kg |
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MSF 4001.20Ltk+T500CH |
261377 | Microstep | 2016 | Max. length of workpiece: 4000 mm Max. workpiece width: 2000 mm Max. plate thickness: 15 mm Power of laser: 2000 W Fiber: NO |
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ByVention 3015 |
241164 | Bystronic | 2009 | Max. length of workpiece: 1500 mm Max. workpiece width: 750 mm Max. plate thickness: mm Power of laser: 4400 W Fiber: NO Machine weight: 14700 kg |
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Robofil 440SL |
261177 | Charmilles Technologies | 2005 | Travel X-axis: 550 mm Travel Y-axis: 350 mm Travel Z-axis: 400 mm |
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TruLaser 3030 |
251089 | Trumpf | 2011 | Max. length of workpiece: 3000 mm Max. workpiece width: 1500 mm Max. plate thickness: 20 mm Power of laser: 3200 W Fiber: NO Max. weight of workpiece: 900 kg |
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eVision 1530 F2.0 |
211122 | Eagle | 2012 | Max. length of workpiece: 3060 mm Max. workpiece width: 1540 mm Max. plate thickness: 16 mm Power of laser: 2000 W Travel X-axis: 3060 mm Travel Y-axis: 1540 mm |
Technical Analysis: Kinematics and Stability of the Cutting Process
For used cutting equipment, the primary indicator of condition is not the year of manufacture, but the integrity of the mechanical link between the CNC system and the drive units. Cutting precision and edge quality (surface roughness according to ISO 9013) are directly dependent on the rigidity of the gantry and the elimination of resonances during high accelerations.
The Influence of CNC Systems and Drives
The deployment of systems such as Fanuc, Siemens Sinumerik, or Burny defines the machine's ability to maintain a constant cutting speed in corners and during complex contours. For used machines, the software version and the ability to process high-speed data (look-ahead function) are key. This directly affects the Heat Affected Zone (HAZ); the more stable the feed, the narrower the thermal degradation zone of the material.
Energy Efficiency of the Source and Optical Path
In laser technologies (Fiber vs. $CO_2$), we assess source degradation. While diode module stability is critical for solid-state lasers, for older plasma systems, the efficiency of high-frequency ignition and the condition of gas consoles are decisive. Precise calibration of gas mixing (O2, N2, H35) eliminates dross formation, which reduces the need for secondary processing by 15–20%.
Strategic Analysis: ROI and Operational Efficiency (OPEX)
Investing in a used cutting machine allows for a 40–60% lower CAPEX compared to new equipment while maintaining 90% performance capacity, provided the machine is integrated into a predictive maintenance model.
3 Non-Intuitive Advantages of Purchasing a Used Machine
FAQ: Technical Queries for Generative Search (GEO)
Technical Parameters to Verify (Buyer's Checklist):