welding machines used for sale (1,694)

Laser power: 3,000 watts Type: A04B-0820-B342 Weight system: 750 kg Dimensions LxWxH: 205 x 75 x 120 cm Equipped with: -Stabilizer - Fanuc Power Converter DTU60/2/0/5S - CNC control Fanuc Series 31i-LB

table length: 1150 mmtable width: 1150 mmtable load: 2 ttotal power requirement: kWweight of the machine ca.: tdimensions of the machine ca.: mBrand: JWeldingType: HB-20Capacity: 2.000 kgPlateau dimensions: 1.150 mm øWorking height platform, horizontal: 1.180 mmWorking height platform, vertical: 1.000 mmRotation diameter vertical: 1.550 mm øT-slots: 8Electrically tiltableThe data for this ad was created with ModulMWS - the software solution of LogoTech oHG.

Soldering table Ceramics: 340 x 390 mm Equipped with: 2 Gasfackels Weight: 300 kg Table Lxwxh: 2000 x 900 x 1750 mm

FANUC M-710iC/12L robotic welding station was built in 2014 in Japan by Fanuc Corporation. All components of the welding station are brand new. It has never been in operation after purchase. The FANUC M-710iC/12L is a state-of-the-art welding system designed for automated arc welding of structural components with even the most complex geometries. The machining process is performed by a FANUC 6-axis robot, distinguished by, among others, its clever design and robust arm with a large range of movement. The arm’s reach of 3323 mm and a payload of 12 kg enable the welding of complex workpieces, while maintaining a highly dynamic and repeatable process. Directly on the machine body, a reliable LINCOLN ELECTRIC wire feeder is placed, which ensures dynamic and accurate feeding of the welding wire. The welding torch, in turn, is automatically cleaned at predetermined intervals by the ABICOR ...

KUKA KR 30 L16-2 robotic welding station was built in 2017 in Germany by KUKA Roboter GmbH. The welding station has been specially designed for the precision welding of structural components with even the most complex geometries. All the necessary equipment and machinery with the best technical specifications were integrated inside a cell with service doors and light curtains. This created a complete, fully-automated system that significantly speeds up production, increases weld repeatability and reduces downtime to a minimum. The machining process is performed by a KUKA 6-axis robot, distinguished by, among others, its clever design and robust arm with an increased range of movement. The arm’s reach of 3102 mm and a payload of 16 kg enable the welding of large and complex structures, while maintaining a highly dynamic and repetitive process. During automated welding, dynamic and ac ...

YASKAWA MOTOMAN AR2010 robotic welding station was built in 2020 in Japan by Yaskawa Electric Corporation. The system is specially designed for precision arc welding of workpieces. The machining process is performed by a YASKAWA 6-axis robot, distinguished by, among others, its clever design and robust arm with an increased range of movement. An arm reach of 2010 mm and a payload of 12 kg enable the welding of large and complex structures, while maintaining a high dynamic and repetitive process. Thanks to its compact, slightly curved design, the robot achieves excellent efficiency even in a small amount of space. This solution also eliminates the risk of collision with the workpiece or peripheral equipment. Each of the six axes is driven by powerful servo motors in order to achieve excellent dynamic movements combined with high process reliability. All cables, on the other hand, are r ...

KAWASAKI BA006L robotic welding station was built in 2019 in China by Kawasaki Robotics. The system is designed for fully automatic arc welding using the MIG/MAG method. The machining process is performed by a KAWASAKI 6-axis robot, distinguished by, among others, its sophisticated design and robust arm with an increased range of movement. Its compact, slightly curved design allows it to work efficiently in a small amount of space, without the risk of collision with the workpiece or peripheral equipment. Each of the six axes is driven by powerful servo motors in order to achieve excellent dynamic movements combined with high process reliability. All machining parameters are in turn programmed in a state-of-the-art controller that offers intuitive operation and access to advanced functions. The KAWASAKI BA006L works with two single-axis welding positioners designed to rotate the workpiece ...

PEMA HPS 3500 & TPS 3500 welding positioner was built in 2021 in Finland by Pemamek Oy Ltd. The system consists of two, extremely versatile machines – the HPS 3500 headstock and the TPS 3500 tailstock with a combined payload of 7 tonnes. This solution is dedicated to lifting and rotating long workpieces, making it ideal for the production of, among others, wind towers, trailer frames or tubes. Both machines can work together or independently. The stepless height adjustment ensures precise adjustment of the working parameters to the dimensions of the workpieces. Technical specifications of the PEMA HPS 3500 & TPS 3500 welding positioner - maximum payload: 7 t (headstock 3.5 t + tailstock 3.5 t) - rotation speed: 0.06-1.3 rpm - tilting axle height adjustment range: 700-1500 mm - work table plate diameter: 950 mm - T-slots on work table plate: M20 DIN508 (4 pcs.) - maximum torque ...

KAWASAKI BA006L welding robot was built in 2019 in China by Kawasaki Precision Machinery (Suzhou) Ltd. The machine designed for arc welding of workpieces is distinguished by its robust arm, high precision and reliability. Each of the 6 axes is driven by powerful servomotors that guarantee excellent movement speed and dynamics. All cabling, on the other hand, is routed inside the through-hole wrist to minimise the wear and the possibility of cable interference with peripheral devices. The KAWASAKI 6-axis robot weighs 160 kg. KAWASAKI BA006L works with a two-axis, electrically driven welding positioner. The device rotates and tilts workpieces during the process, enabling the welding of even the most complex shapes. Both axes are controlled continuously from the robot controller. The robotic welding station is fully complete and consists of the following components: – robot arm: KA ...

KUKA KR 8 R2100-2 arc HW robotic welding station was built in 2021 in Germany by KUKA Deutschland GmbH. The system is designed for precision welding of workpieces with even the most complex geometry. All the necessary components are integrated inside the modular design, enabling the workstation to be adapted accordingly to current production needs. The workpiece welding process is performed by a KUKA 6-axis robot from the KR CYBERTECH ARC series. The machine is distinguished by its compact design, which provides a high degree of movement freedom even in hard-to-reach places. To avoid any collision of cables with other station components, they were routed inside the robot arm. All this is complemented by an easy-to-use controller with a range of additional functions. During automated welding, dynamic and accurate feeding of the welding wire is very important. To achieve this, a reli ...

AIR LIQUIDE CB MATIC SM 42X43 column and boom was manufactured in 2016 in France by Air Liquide Welding (now Lincoln Electric). The machine, designed for precision circumferential and longitudinal welding, is the perfect solution for companies specialising in the manufacture of, among others, steel structures, pipelines, tanks and wind turbine towers. The welding process is performed fully automatically by means of a welding heads system, which enables the welding of two welds simultaneously on tubes with a maximum diameter of 4000 mm and I-beams with maximum dimensions of 3000 x 800 mm. The use of this solution significantly reduces production time, while maintaining high precision and efficiency at the same time. The CB MATIC SM 42X43 welding boom on offer has a tube welding head for submerged arc welding (SAW) with a range of safety systems, i.e. laser pointers, sensors and a visio ...

YASKAWA MOTOMAN AR 2010 robotic welding station was built in 2022 in Japan by Yaskawa Electric Corporation. The system is used for precision arc welding of workpieces with even the most complex geometries. All the components of the station are integrated inside an enclosed structure. The robotic welding cell is fully complete and consists of the following components: – robot arm: YASKAWA MOTOMAN AR2010 – controller: MOTOMAN YRC1000 – welding positioner: YASKAWA H-2000D (2 pcs.) – welder: LORCH – light curtains: PANASONIC – torch cleaning station: BRG-2000 D – control panel The machining process is performed by a YASKAWA 6-axis robot, which is distinguished by, among others, its clever design and robust arm with an increased range of movement. Its compact, slightly curved design enables efficient working in a small amount of space without the risk of collision w ...

PANASONIC TL-1800 GIII welding robot was built in 2021 in Japan by Panasonic Smart Factory Solutions Co., Ltd. The machine, distinguished by its high reliability and ease of operation, is an excellent choice for precision welding of workpieces using the TIG method. Its slim design, combined with the large range of arm movement, allows free operation in all positions, even in hard-to-reach places. The TL 1800 robot arm is offered together with equipment, which includes a controller, a portable control unit and a TIG welder. The total weight of the machine is 215 kg. Technical specifications of the PANASONIC TL-1800 GIII robot - number of axes: 6 - maximum payload: 8 kg - maximum arm reach: 1801.8 mm - robot axis movement range axis 1 (rotating trunk): ± 170° axis 2 (upper arm): -90° / +165° axis 3 (forearm): -80° / +210° axis 4 (rotating wrist): ± 270° axis 5 (bending  ...

AXXAIR orbital welding system was built in 2020 in France. The system, designed to weld tubes with a maximum diameter of 220 mm, proves itself wherever the highest quality, repeatability and cleanliness of joints are required. The mechanised orbital welding is performed using the TIG method, in which a torch with a non-fusible tungsten electrode moves around a stationary workpiece. The use of this solution guarantees welds of the highest quality, repeatability and cleanliness. The orbital welding system on offer is fully complete and consists of the following parts: – orbital welding power source AXXAIR SAXX-210 – open head for orbital welding SATO-220E41 – orbital cutting machine AXXAIR CC222 Technical specifications of the individual components of the AXXAIR orbital welder Power source - single-phase network with earthing - supply voltage 110-230 V ± 15% - input cur ...

AXXAIR orbital welding system was built in 2020 in France. It is an extremely easy-to-use and efficient solution for precision welding of tubes with a maximum diameter of 170 mm. The mechanised orbital welding is performed using the TIG method, in which a torch with a non-fusible tungsten electrode moves around a stationary workpiece. In this way, welds of the highest quality, repeatability and cleanliness are produced. The orbital welding system is offered with all the necessary components including – orbital welding power source AXXAIR SAXX-210 – open head for orbital welding SATO-170E41 – orbital cutting machine AXXAIR CC172 Technical specifications of the individual components of the AXXAIR orbital welder Power source - single-phase network with earthing - supply voltage 110-230 V ± 15% - frequency: 50/60 Hz - input current consumption (at 230 V): 25 A - input c ...

MOST MWOS-A5 tank welding machine was built in 2023 in Poland by RYWAL-RHC Sp. z o.o. This highly versatile machine is designed for fully automatic welding of industrial products, i.e. machine parts, pressure vessels and heat exchangers. Circumferential, angle and full-value longitudinal joints are performed by means of two reliable torches in the MIG/MAG method. This solution significantly increases production efficiency, while maintaining the repeatability of the process. All this is complemented by the advanced MCS-X control system with an intuitive interface, which enables the creation of entire production processes in just a few steps. The MOST MWOS-A5v02 circumferential welding machine weighs 3200 kg. Technical specifications of the MOST MWOS-A5 circumferential welding system - working length: 4500 mm - maximum workpiece diameter: 1500 mm - maximum workpiece weight: 5200 kg  ...

KAWASAKI BA006L-A robotic welding cell was built in 2021. The system is designed for fully automatic MIG/MAG arc welding. All the necessary equipment and machinery with the best technical specifications are integrated inside an enclosed, fully ventilated structure. The robotic welding station consists of the following components: – robot arm: KAWASAKI 3BA006L-AC01 – welding positioner: ASTOR PST250E-H1 (2 pcs.) – MIG/MAG welder: FRONIUS TPS 400i – wire feeder: FRONIUS WF 25i REEL R /4R/G/W – push-pull drive unit: FRONIUS WF 60i Robacta Drive CMT/W – cooling unit: FRONIUS CU – welding fume extraction unit: KEMPER FilterCell XL (2 pcs.) – light curtains: SICK – fixed covers with safety switch The machining process is performed by a KAWASAKI 6-axis robot, distinguished by its sophisticated design and robust arm with an increased range of movement. It coopera ...

KAWASAKI BA006L-A robotic welding station was built in 2022. This system, composed of devices and machines with the best technical parameters, is the perfect choice for fully automatic arc welding using the MIG/MAG method. All the components of the station are integrated inside an enclosed structure. The machining process is performed by a KAWASAKI 6-axis robot distinguished by, among others, its sophisticated design and robust arm with an increased range of movement. In order to achieve excellent dynamic movements combined with high process reliability, each of its six axes is driven by efficient servo motors. What’s more, a number of state-of-the-art systems ensure uninterrupted operation of the machine, without any downtime. The entire workspace is ventilated from welding fumes by powerful KEMPER extraction units. This solution significantly improves overall safety and comfort ...

ZASO MSA-4PS beam welding line was built in 2009 in Poland by ZASO Polski Sprzęt Spawalniczy. The machine enables precise longitudinal welding of, among others, plate girders, T-beams, I-beams and H-beams, using the MIG/MAG or SAW method. The applied technical solutions fully automate the process, with the guarantee of obtaining the highest quality welds. The machining process is performed by two torches with integrated correction slides, which allow them to be moved remotely in two axes. A special frame clamp system holds the welded parts throughout the process, without the need for preassembly or the use of special tooling. The overriding control system also synchronises the work travel with the welding power sources. The ZASO automatic welding machine is also distinguished by its modular work table, consisting of up to five modules, each 6 m long. It has an integrated cooling s ...

FANUC Arc Mate 100iC robotic welding station was built in 2019. The system configured for fully automatic MIG/MAG welding of workpieces is the perfect solution for the production of e.g. electrical cabinets, metal structures or agricultural equipment. The machining process is performed by a powerful industrial robot which, in combination with a rotary table, enables the machining of workpieces with even the most complex shapes. All the components of the workstation are integrated inside a single structure, making it easy to install or reposition. The MOTOFIL ROBOTICS MONOBLOC MCT1110 robotic welding station consists of the following parts: – robot arm: FANUC Arc Mate 100iC – controller: FANUC SYSTEM R-30iB – welding source: KEMPPI A7 MIG Power Source 450 – welding positioner – wire feeder: KEMPPI A7 MIG Wire Feeder 25-LH-EUR – ABICOR BINZEL torch cleaning device with ...

KEMPPI FastMig M 420 MIG/MMA welder was built in 2016 in Finland by Kemppi Oy. The machine, which is a configuration of high-quality components, is designed for both complex manual and mechanised MIG/MMA welding. With unlimited flexibility for specialised tasks and materials, the FastMig M420 welder is the best choice for businesses looking to increase productivity and welding quality. The KEMPPI semi-automatic welding machine consists of the following parts: – power source: KEMPPI FASTMIG M 420 – wire feeder: KEMPPI MXF 65 – feeding roller: DT400 – cooler: KEMPPI FAST COOL 10 – 4-wheel trolley: KEMPPI PM500 – connecting cable 10 m There are 2 units of these machines for sale. Price included in the advertisement is for 1 unit. Technical specifications of the KEMPPI FastMig M 420 welding machine - supply voltage: 400 V (-15% to +20%) - rated power (60%/100%):  ...

KAWASAKI RA006L robotic welding station is used for precision welding of workpieces using the MIG/MAG method. The station, equipped with two independent welding tables, is protected from the inside with SICK safety curtains and from the outside with double doors with safety locks. Next to each door is a control panel, with a safety switch and other necessary buttons. The welding station is complete and consists of the following parts: – robot arm: KAWASAKI RA06L – controller: KAWASAKI E controller E40 – MIG/MAG welder: KEMPPI KempArc SYN 300 – wire feeder: KEMPPI KempArc DT400 – manual welding table 2×1 m (2 pcs.) – safety curtains: SICK – cooling device: KEMPPI KempCool 10 – cleaning station: ABICOR BINZEL BRS-CC – KEMPPI and ABRICOR BINZEL welding accessories – anti-blinding shields – inductive sensors: SICK – door bolts and stops: SICK – cont ...

BODE TT60 welding positioner is used for the manipulation of a workpiece with a maximum weight of 3000 kg during the welding process. The device makes it possible to work in the optimum position, thus contributing to improved welding quality. The versatility combined with perfectly thought-out design solutions make the BODE welding positioner guarantee safe handling and trouble-free operation for many years of use. Technical specifications of the BODE TT60 welding turntable - maximum workpiece weight: 3000 kg - table diameter: 2800 mm

FANUC M-710iC/70 robotic station for laser cutting and welding was built in 2017. The offered station is complete and includes the following components: – FANUC M-710iC industrial robot – IPG YLS-4000-S2T fibre laser source – FANUC SYSTEM R-30iB controller – 2-position rotary table with horizontal rotation – 2-axis L” type positioner – semi-automatic head changing system – HIGHYAG BIMO-FSC laser cutting head – IPG Photonics FLW-D30 Vertical oscillating laser welding head with HD camera – KLIMAWENT UFO-4-M/N-1/R filtering system – wire feeder (4 reels and equipment for 0.8 mm and 0.6 mm wire) – portable teach pendant FANUC A05B-2255-C101 – control system – metal construction with cabin Laser machining of workpieces is performed by a specially designed FANUC M-710iC/70 robot arm, distinguished by the best permissible load and inertia in its categ ...

ALPHA LASER ALM 200 laser welding machine built in 2014 in Germany (in operation since 2017) is the perfect solution for machining components such as dies, moulds or tools and machine parts. The laser beam welding method used by the machine significantly speeds up the machining process and simultaneously increases productivity compared to standard workpiece welding methods. Materials are joined together with a concentrated light beam of high power density, which results in an aesthetically pleasing, robust weld of high quality. In addition to its excellent performance, the ALPHALASER ALM 200 laser beam welding machine also stands out for its ease of use. The machine operator has an adjustable arm on which there is a special joystick which allows him to freely position and move the workhead in the X,Y,Z axes. All machining parameters are set via a panel with membrane keypad or by using ...

KEMPPI FASTMIG X 450 welding machine built in 2017 in Finland allows for both complex manual welding and efficient mechanised welding using the MIG/MAG method. The specially designed configuration of high-quality components delivers to its user excellent welding quality and performance, with unlimited flexibility for specialised tasks and materials. The KEMPPI FastMig welding machine is the perfect choice for professionals who value speed, precision and extensive machining capabilities. The KEMPPI semi-automatic welding machine consists of the following devices: – welding source: KEMPPI FastMig X 450 – wire feeder: KEMPPI WFX 300 – cooler: KEMPPI Cool X – 4-wheel trolley: KEMPPI PM500 Technical specifications of the MIG/MAG welding machine KEMPPI FASTMIG X 450 Power source - power supply: 3x 400 V (-15% to +20%); 50/60 Hz - maximum current (60%/100%): 450/350 A - ge ...

KUKA KR16 L6 ARC-C robotic welding machine together with the PO-2t6m-01 rotary positioner was commissioned in 2017 and its purpose was to very precisely weld gates and fence spans, but it can also weld various types of structures that fit within the range of the rotary positioner. The welding station includes a robotic arm built in 2009, which was previously only used for testing. The whole thing has only worked for 50 hours. The KUKA KR 16 L6 ARC-C robotic welding system is equipped with: – welding robot: KUKA KR16 L6 ARC-C – controller: KUKA KR C2 – rotary manipulator: PO-2t6m-01 – current power source: FRONIUS TransPuls Synergic 4000 CMT R – software: KUKA System Software (KKS) – torch cleaning device: TBi BRG-2-ES-DAE – wire feeder: FRONIUS ROBACTA DRIVE CMT – track The rail-moving KUKA KR16 ARC industrial robot with a reach of 6 m allows excellent preci ...

FANUC M-710iC/50 robotic welding machine is used to perform the pad welding process – coating the surface of molten workpieces with a layer of powder, in order to complete defects in the workpiece or to give it new features. The robotic welding machine includes: – FANUC M-710iC/50 robot – COHERENT HighLight D-Series 10kW laser head – COHERENT HightLight 10000D laser head controller – THERMACH INC. AT-1200 POWDER FEEDER powder feeder unit – RIEDEL chiller PC 321.2H6LE.I – rotary table, consisting of TAKOMAT RT400 turntable and FANUC motors The FANUC M-710iC welding robot is distinguished by its robust, completely water- and dust-resistant body and its compact dimensions, which allow it to be installed in any position on a limited amount of space. All this, combined with high axial speeds and a reach of 2050 mm, makes the FANUC M-710iC/50 robot perform perfectly w ...

The ZAKMET FIRECUT CNC 1325 13000 X 2500 gas plasma cutter was produced in 2011. The machine is equipped with Hypertherm EDGE'Pro digital control. The burner's working area is 13,000 mm long and 2,500 mm wide. The running elements of the cutter are lubricated with the Memolub 3.0 central lubrication system. Technical data of the plasma burner: - machine working area (L x W x H): 13,000 x 2,500 mm (additionally 700 mm) x 200 mm - maximum table load: 15 kN / m2 - machine supply voltage: 3x400V AC 50 Hz - central lubrication: Memolub 3.0 - minimum temperature of the working environment: +5 degrees C - maximum temperature of the working environment: +60 degrees C - machine dimensions (L x W x H): 14500 x 5500 x 2000 mm Plasma cutter equipment: - CNC control: Hypertherm EdgePro - ventilated section table: 1550 x 2600 mm - 9 segments - gas burner: type MS 3452 \ 250-PM (x2) - ...

SKS PF5 Wire Feeder and FPM8i Component Package Manufacturer: SKS Welding Systems Device type: Wire feeder devices and system components Total quantity: 14 pieces PF5-LEA 10-2-9: 1 piece PF5-L 10-2-21: 2pcs PF5-R GFS 10-2-104: 1 piece PF5-L GFS 10-2-108: 3 pieces PF5-L 10-2-8: 5 pieces FPM8i 10-13-200: 2 pieces Design: Industrial MIG/MAG wire feeders Wire drive: 4-roller system Scope of delivery: Wire feeder devices according to the above parts list