Used 3D Laser Marking System for sale (42,525)

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8900x3700x2500 mm Njdpfx Acovz Hb Eofswh Weight 8300 kg Total power requirement 11 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8421x2250x2250 mm Weight 5500 kg Njdpfxjvz E N Uo Acfowh Total power requirement 11 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8900x3700x2500 mm Weight 8300 kg Njdpfx Acevz Hb Ssfowh Total power requirement 11 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8900x3700x2500 mm Nwedpjvz Hccjfx Acfjh Weight 8300 kg Total power requirement 11 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8421x2250x2250 mm Nedovz Hd Topfx Acfswh Weight 5500 kg Total power requirement 25 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 960x900x1460 mm Nwodpfx Acsvz Hh Eofoh Weight 100 kg Total power requirement 2 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 960x900x1460 mm Nodpfxjvz Hnfe Acfowh Weight 200 kg Total power requirement 2 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8900x3700x2500 mm Weight 8300 kg Nwedpfx Asvz E E Nocfoh Total power requirement 11 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 960x900x1460 mm Weight 100 kg Nwodovz Hm Uspfx Acfsh Total power requirement 2 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8421x2250x2250 mm Weight 5500 kg Total power requirement 11 kw Nwodpfxsvz Hazs Acfsh

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 312x410x739 mm Weight 90 kg Total power requirement 2 kw Nwjdsvz Hh Sopfx Acfsh

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 960x900x1460 mm Nsdpfx Acevz Hldefowh Weight 100 kg Total power requirement 2 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8421x2250x2250 mm Weight 5500 kg Total power requirement 17 kw Njdpfxjvz E Hye Acfswh

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 2200x2600x1800 mm Weight 2000 kg Nwjdpfx Acjvz E Iwsfoh Total power requirement 9 kw

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 2200x2600x1800 mm Weight 2000 kg Nwedevz E T Topfx Acfjh Total power requirement 9 kw

Year of construction: 2011, condition: ready for operation (used), A CNC laser marking and engraving system for component marking is available. Laser class: 1, laser type: diode-pumped Yb laser, laser power: 20W, axis travel X/Y/Z: 390mm/560mm/275mm, max. workpiece dimensions X/Y/Z: 730mm/365mm/445mm, max. workpiece weight: 50kg, control system: AC-Laser. Documentation available. An on-site inspection is possible. Nwedpeyuyvtsfx Acfjh

Year of construction: 2021, condition: ready for operation (used), A laser cross-welding system is offered. Fiber laser 1500W water-cooled, cooling unit integrated, pallet truck guide, shielding gas supply, weld seam pressing device, remote access RMACC01 SECOMEA, strip width max.: 110mm, strip material: steel: 0.25mm-3.0mm, C steel: 0.25mm-2.5mm, aluminum: 0.25mm-2.5mm, copper: 0.20mm-1.2mm, dimensions W/H/L: 650mm/2054mm/1050mm, weight: approx. 650kg. Inspection possible by appointment. Nsdpoyugl Ujfx Acfswh

Condition: good (used), Keyence RB-1200 3D Bin-Picking Robot Vision System with Camera Unit and Controller Manufacturer: Keyence Model: RB-1200 Type: 3D Bin-Picking Vision System for Robots System: Industrial image processing system for automatic part recognition Camera Unit: Keyence RB-1200 Vision Sensor Components: Camera unit, vision controller, mounting frame with four sensor modules Function: 3D detection and position determination of unordered parts in containers Application: Automated picking and removal of parts by industrial robots Connections: Industrial communication interfaces on the controller Scope of delivery: Camera unit, controller, sensor mounting frame, connection cables Condition: Good Nwsdpfxoyrun Ej Acfjh Location: Fulda

Condition: new, Year of construction: 2025, functionality: fully functional, BAYKAL LASER TUBE CUTTING MACHINES: BLT 2D or 3D cutting, from 1 kilowatt to 6 kilowatts, laser tube cutting machine for superior quality, no need for sawing, drilling or deburring. BAYKAL BLT 2D or 3D Lasertubes is a fast and flexible tube laser cutting machine with 6 meters and 8 meters size options and a cutting option XXL pipes up to 220 millimeters and rectangular tubes up to 220 by 220 millimeters , wall thicknesses of up to 10 millimeters for mild steel. Important technical information for BAYKAL BLT 2D or 3D Lasertubes; Maximum outside diameter of round tube in millimeters: 220 Maximum outside dimensions of rectangular tube in millimeters: 220 by 220 Maximum workpiece weight in kilogram/meter: 70 Technical specifications for loading; Load 1 ( front rear ): Bundle Load 2 ( front rear ): Semi auto load Load 3: Manual Minimum loading length (meter): 2 meters Maximum unloading length (meter): 4 - 6 meters Bundle loading capacity (kilogram): 3500 kilogram Technical specifications for unloader; Three programmable positions, rear conveyor belt and motorized front and rear collection tables. Unloading length (meter): 4 - 6 meters Njdpert Hurofx Acfowh

Condition: excellent (used), Year of construction: 2019, The system consists of two identical laser welding units. The system was previously used to manufacture Li-ion batteries (E-Smart). In this process, cell connectors for series connection in battery modules were welded. The cycle time for battery modules in this production was 3-4 minutes. Basic data: Nwsdpfxsv Iq Tlo Acfoh Year of manufacture: 2019 Weight: 6021 kg Nominal current: 20 A Connected load: 12 kVA Disc laser: Trumpf 12-12-30-A32/11 with focusing optics (PFO) Laser measurement and calibration: PRIMES FocusParameterMonitor (FPM) Control cabinet cooling: RITTAL SK 3185830 1x laser source supplying both systems: Trumpf TruDisk 5001, Laser power: 5 kW Wavelength: 1030 nm Beam quality: < 100 µm

Year of construction: 2023, condition: used, functionality: fully functional, machine/vehicle number: MDY2310/110, DY2310/014, The compact FOBA M1000 laser workstation is designed for high-quality laser marking of small components, medium-sized workpieces, and small production runs. In addition to the automotive industry and the metal, tool, and mechanical engineering sectors, this small and mobile universal marking machine is particularly suitable for medical technology, plastics processing industries, and contract laser marking (e.g., promotional items). The M1000 enables both small metallic and plastic components and series to be marked efficiently and with high-quality results. Operating in laser class 1, the marking station features a programmable Z-axis, a small work table, and a smooth manual or optionally electrically operated lift door that provides access to the interior from three sides. To cover a wide range of applications, various fiber laser markers can be integrated. Nwedpfx Acjym Rdljfjh Main application areas: Automotive and automotive supply industry, tool and mold making, mechanical engineering, medical technology, plastics processing industries, contract laser marking (e.g., promotional items). The M-Series comprises advanced manual workstations for precise and economical laser marking of small to large and geometrically complex workpieces, as well as batches and small production runs. Two housing sizes (M2000 and M3000) and three models each (B: with work table; R: with rotary table; P: with X/Y/Z axis) are available. Modern fiber and UV lasers can be integrated, as well as camera systems for marking alignment, mark inspection, and code reading. The highly productive R models: motorized Z-axis, 2-station rotary table; ideal for marking a variety of serial parts (e.g., automotive interior components, metal parts, tools, medical products such as implants or instruments). Main application areas: Automotive and automotive supply industry, tool and mold making, mechanical engineering, medical technology, plastics processing industries.

Year of construction: 2020, condition: used, functionality: fully functional, machine/vehicle number: MY2001/012, Y2001/019, The compact FOBA M1000 laser workstation is designed for high-quality laser marking of small components, medium-sized workpieces, and small production runs. In addition to the automotive industry and the metal, tool, and mechanical engineering sectors, this small and mobile universal marking machine is particularly suitable for medical technology, plastics processing industries, and contract laser marking (e.g., promotional items). The M1000 enables both small metallic and plastic components and series to be marked efficiently and with high-quality results. Nwedpfx Aoym N Nmocfeh Operating in laser class 1, the marking station features a programmable Z-axis, a small work table, and a smooth manual or optionally electrically operated lift door that provides access to the interior from three sides. To cover a wide range of applications, various fiber laser markers can be integrated. Main application areas: Automotive and automotive supply industry, tool and mold making, mechanical engineering, medical technology, plastics processing industries, contract laser marking (e.g., promotional items). The M-Series comprises advanced manual workstations for precise and economical laser marking of small to large and geometrically complex workpieces, as well as batches and small production runs. Two housing sizes (M2000 and M3000) and three models each (B: with work table; R: with rotary table; P: with X/Y/Z axis) are available. Modern fiber and UV lasers can be integrated, as well as camera systems for marking alignment, mark inspection, and code reading. The highly productive R models: motorized Z-axis, 2-station rotary table; ideal for marking a variety of serial parts (e.g., automotive interior components, metal parts, tools, medical products such as implants or instruments). Main application areas: Automotive and automotive supply industry, tool and mold making, mechanical engineering, medical technology, plastics processing industries.

Condition: new, Year of construction: 2024, Many of our machines are available from stock. Call and ask to find out more. Handheld laser welder LWH-1500-N RayTools The kit includes: - laser welder with built-in cooling system - welding gun with adjustable focal length and an accessory kit - fiber laser source of MAX Photonics - automatic wire feeder - set of cords - starter kit of protective lenses and nozzles Specifications - Laser source output 1500 W - Laser wavelength 1064 nm - Welding speed up to 120 mm/s - Power supply 230 Hz - Dimensions (including cable rack) 630x1300x1500mm Price included One-day training along with machine installation - 1 day up to 8 hours – machine installation and operational training. Operation Njdpfx Aothigrecfjwh Due to the revolutionary welding system, any user can achieve good working results after just a short training. The electrode feed cable allows the welder to work freely at multiple stations without having to relocate the device. The small heat affected zone prevents excessive distortion. The weld is placed very simply and quickly, creating a robust joint. Application The laser welder is designed for professional use in facilities requiring high-quality and aesthetic welds. Sources specifications 1000 W - Mild steel: up to 3mm - Stainless steel: up to 3mm - Aluminum: 2mm - Brass: 0,8 – 1mm 1500 W - Mild steel: up to 4mm - Stainless steel: up to 4mm - Aluminum: 3mm - Brass: 1mm 2000 W - Mild steel: up to 5mm - Stainless steel: up to 5mm - Aluminum: 4mm - Brass: 2mm 3000 W - Mild steel: do 8 mm - Stainless steel: do 8 mm - Aluminum: 7 mm Structure The gun cable ensures high freedom of movement making it easy to weld in different positions. The built-in controller with a large, transparent display is operated intuitively. The device is equipped with a powerful cooling system which allows it to work under harsh conditions in three shifts. Pronciple of operation The laser welding machine melts the welding wire and part edges using laser heat. Once the device is started and set up, the welding gun is applied at the beginning of the future welding line. Then, when the handle trigger is pressed, the beam is produced in the source and fed via a fibre optic cable to the gun head. The beam is focused and emitted towards the welding wire which feeds (via a feeder) to the contact point. Then, when the trigger is activated, the gun must travel along the welding line according to the wire feed rate. A water-circulated cooling system ensures a constant operating temperature of the source and gun. Radiation emission levels and cooling are controlled by a controller which adjustes the values according to user parameters.

Condition: new, Year of construction: 2024, Many of our machines are available from stock. Call and ask to find out more. Handheld laser welder LWH-2000-N RayTools The kit includes: - laser welder with built-in cooling system - welding gun with adjustable focal length and an accessory kit - fiber laser source of MAX Photonics - automatic wire feeder - set of cords - starter kit of protective lenses and nozzles Specifications - Laser source output 2000 W - Laser wavelength 1064 nm - Welding speed up to 120 mm/s - Power supply 230 Hz - Dimensions (including cable rack) 630x1300x1500mm Price included One-day training along with machine installation - 1 day up to 8 hours – machine installation and operational training. Operation Due to the revolutionary welding system, any user can achieve good working results after just a short training. The electrode feed cable allows the welder to work freely at multiple stations without having to relocate the device. The small heat affected zone prevents excessive distortion. The weld is placed very simply and quickly, creating a robust joint. Application The laser welder is designed for professional use in facilities requiring high-quality and aesthetic welds. Sources specifications 1000 W - Mild steel: up to 3mm - Stainless steel: up to 3mm - Aluminum: 2mm - Brass: 0,8 – 1mm 1500 W - Mild steel: up to 4mm - Stainless steel: up to 4mm Nwedpsthit Eefx Acfeh - Aluminum: 3mm - Brass: 1mm 2000 W - Mild steel: up to 5mm - Stainless steel: up to 5mm - Aluminum: 4mm - Brass: 2mm 3000 W - Mild steel: do 8 mm - Stainless steel: do 8 mm - Aluminum: 7 mm Structure The gun cable ensures high freedom of movement making it easy to weld in different positions. The built-in controller with a large, transparent display is operated intuitively. The device is equipped with a powerful cooling system which allows it to work under harsh conditions in three shifts. Pronciple of operation The laser welding machine melts the welding wire and part edges using laser heat. Once the device is started and set up, the welding gun is applied at the beginning of the future welding line. Then, when the handle trigger is pressed, the beam is produced in the source and fed via a fibre optic cable to the gun head. The beam is focused and emitted towards the welding wire which feeds (via a feeder) to the contact point. Then, when the trigger is activated, the gun must travel along the welding line according to the wire feed rate. A water-circulated cooling system ensures a constant operating temperature of the source and gun. Radiation emission levels and cooling are controlled by a controller which adjustes the values according to user parameters.

Condition: new, Year of construction: 2024, Attention!! Special Offer!! Warranty inspection free of charge—only for Customers who have taken part in the demonstration at the machine showroom in Bydgoszcz. A part of our machines is available IMMEDIATELTY. Manual laser welder 3000 W There are two features that characterize Otinus laser welders - perfectly repeatable welds and ease of use. The kit includes: laser welder with a built-in cooling system welding gun features with a focal length adjustment and a set of accessories MAX Photonics fiber laser source automatic wire feeder lead and hose kit nozzle and lens starter kit Specifications laser power output 1500 W laser wavelength 1064 nm welding speed: up to 120 mm/s feed voltage 230 V 50 Hz dimensions (including the laser head rack) 630x1300x1500 mm Included in the price Nedpfx Aorumymecfswh One-day training along with machine installation 1 day up to 8 hours—machine installation and training. MAX Photonics MAX Photonics was established in 2004. It is rooted in manufacturing light and optics sources for research institutes, where the quality and stability of the products are of paramount importance. The company quickly realized that the future of laser technology is firmly tied to fiber optics. Research and development started in 2007 resulted in the release of their first 500 CW source in 2014. Since then, the company has begun to vigorously develop its technologies related to laser cutting, welding, marking and engraving. 40000W laser sources can be currently found in their offer. The company has set a goal to become a pioneer in the manufacture of high-capacity industrial lasers. Fiber optics connecting the welding gun with the laser source allows the operator to work freely at multiple workstations. Small heat affected zone prevents from severe distortions. The weld is applied in a short time achieving proper and strong joint between materials. Intended use The laser welder is designed for professional use in workshops and plants where high welding quality and aesthetics are required. Laser source output power: 1000 W Carbon steel: up to 3 mm Stainless steel: up to 3 mm Aluminum: 2 mm Brass: 0,8 – 1 mm Laser source output power: 1500 W Carbon steel: up to 4 mm Stainless steel: up to 4 mm Aluminum: 3 mm Brass: 1 mm Laser source output power: 2000 W Carbon steel: up to 5 mm Stainless steel: up to 5 mm Aluminum: 4 mm Brass: 2 mm Laser source output power: 3000 W Carbon steel: up to 8 mm Stainless steel: up to 8 mm Aluminum: 7 mm Principle of operation The laser welder melts down the welding wire together with material edges by means of a laser beam. After switching on and setting up the unit, the welding gun is positioned at the beginning of the future weld line. Then, by pressing the trigger of the welding gun, the beam is generated at the fiber laser source located inside the housing. The beam propagates along the optical fiber to the laser head. The beam is focused and emitted toward the welding wire, which is fed by a wire feeder and toward a location where the gun has been placed. After the trigger is pulled, the head should be pulled along the weld line according to the wire feed rate. The cooling system maintains a constant temperature for the gun and the laser source by means of a water recirculation system. Radiation level and cooling are managed using a controller that adjusts the parameter values according to the user’s parameter settings.