Used Plastic Laser Sintering Systems Sls for sale (41,696)

Condition: new, Year of construction: 2026, The KANTENKING is the most favorable edge processing solution for creating the zero joint for the trades with feed speeds from 10m / min, as well as in the industrial sector, with high speeds up to 22 m/min. The Kantenking HTK3030 has a speed of max. 22 m/min.. Your edge edger is still "in good condition", but you have already heard a lot about the null joint and ask yourself, if this is also suitable for you. You can retrofit the HOT-AIR system in any existing edge banding or BAZ. The Hot-Air-System has low maintenance and reliable. You tell us your wishes and machine data. So we can together with you and your ideas make an offer for the optimal product. Feed speeds up to 22 m/min. are possible. The Hot-Air-System is optimally integrated in your edge banding or machining center. Please don't hesitate to contact us. Kdodpfx Apod Dczzsdjn

Condition: used, Year of construction: 2009, functionality: fully functional, total width: 4,300 mm, total length: 3,700 mm, total height: 3,000 mm, Description For sale is a Tonello Laser Blaze 250 industrial laser finishing system, offered as a complete enclosed workstation. This high-performance system is specifically designed for laser-based garment finishing, enabling precise and repeatable effects such as denim fading, whiskering, engraving, and decorative surface treatments. The Laser Blaze series by Tonello S.r.l. is widely recognized in industrial denim production, offering a modern and sustainable alternative to traditional manual processes. The system utilizes a Rofin CO₂ laser source, known for its precision, stability, and reliability in continuous production environments. This unit replaces labor-intensive finishing methods such as hand-scraping, sandblasting, and chemical spraying, significantly improving consistency, efficiency, and environmental impact. The machine has been used in a professional garment factory environment and has been tested in operation with video documentation (March 2026). Recently serviced on 27.02.2026. Includes • Tonello Laser Blaze 250 enclosed laser cabin • Integrated laser processing unit • Computer workstation with control system • Electrical cabinets • Cooling unit (MTA) • Ventilation / exhaust connections • Operator control panel and integrated safety system Technical Details • Manufacturer: Tonello S.r.l., Italy • Model: Laser Blaze 250 • Laser source: Rofin CO₂ • Year: 2009 • Power: approx. 30 kW system • Voltage: 400V, 3-phase • Work area: approx. up to 150 × 150 cm • Application: Denim laser finishing and garment treatment Key Features • High-precision CO₂ laser technology for consistent results • Advanced control via Tonello CREA software • Capability for both flat and 3D (mannequin-based) processing • 360° garment effects without flat-pattern limitations • Double-position workflow for improved productivity • Fully enclosed workstation with integrated safety systems Technical Capabilities • Denim distressing (whiskers, chevrons, worn effects) • Laser engraving of logos, graphics, and textures • Photorealistic surface patterning • Multi-material capability (denim, leather, technical textiles) • High repeatability – identical results from first to last garment Sustainability Benefits • Eliminates need for sandblasting and manual abrasion • Reduces water and chemical consumption significantly • Lower energy usage compared to traditional laundry processes • Improves worker safety and production cleanliness Condition Kdsdpfx Apoy Ai Ehjdon Used industrial condition. Machine is complete and was operational prior to factory shutdown. Tested and video recorded in operation (05–06.03.2026). Recently serviced (27.02.2026). Typical signs of use from production environment. Inspection possible prior to dismantling. Sold as-is, where-is, without warranty. Typical Applications • Denim laser fading and whiskering • Garment engraving and marking • Decorative textile finishing • Replacement for manual sandblasting processes Location: Valga, Estonia Removal & transport: Buyer responsible for dismantling, loading, and transport. Professional dismantling strongly recommended due to system size and complexity.

Condition: excellent (used), Year of construction: 2008, A used TruLaser 3530 laser cutting system is for sale. Technical data: - Operating hours: beam on 2955 h/laser on 15464 h - X-travel 3000 mm (max. 3104) - Y-travel 1500 mm (max. 1580) - Xp-travel 300 mm (max. 305 mm) - Z-travel 114 mm - max. material thickness 20 mm - maintenance-free three-phase motors in X1, X2, Xp, Y1, Y2 and Z axes - max. positioning speed parallel to the axis 120 m/min - simultaneous 170 mm/min. - Acceleration when positioning X-axis 9 m/second - Xp + Y-axis 15 m/second - Cutting X-axis 4 m/second - Cutting Xp and Y-axis 15 m/sec. Standard equipment - Closed machine frame with integrated laser resonator - Movement unit for optimal processing speeds - Additional highly dynamic XP axis - Automatic pallet changer - Closed beam guidance - NitroLine, high-pressure cutting - FocusLine, constant focus position - Compressed air cutting - PierceLine, reduction of the piercing process - PlasmaLine, plasma sensors - SprintLine, fast processing - LensLine - FlyLine - ContourLine, for producing small holes - Microweld - Spray device - Position laser diode - Programmable cutting gas pressure - Automatic switch-off - Work area lighting - TruTops Laser lite - CO2 laser TruFlow 3200 with high-frequency excitation, mirror telescope and maintenance-free turbo radial blower - Laser control TASC 3, logbook function and cooling unit - Laser cutting head with 5 and 7.5 lens and quick-change device - ControlLine, capacitive height control and process control - Sinumerik 840D control: Open control - Causes of error messages via diagnostic functions Ksdpfx Apoixl Tnodjdn Extended machine equipment - Pallet changing system - Laser cutting heads 5" and 7.5" - Additional laser cutting head with 3.75" lens for high-speed cutting - Dimensions in mm: approx. 9300 x 4600 x 2000, weight in kg: approx. 11500 Year of manufacture: 2008 Special price €55,000 net Machine has been dismantled. Can be viewed by prior arrangement. If you are interested, please contact us

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8421x2250x2250 mm Weight 5500 kg Total power requirement 11 kw Kodpfx Apsvz E D Sjdjdn

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

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 2985x2160x2000 mm Weight 2000 kg Kedpsvz E Rfefx Apdedn Total power requirement 30 kw

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

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

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

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

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

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 8900x3700x2500 mm Weight 8300 kg Total power requirement 11 kw Kdodpfxevz E E No Apden

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

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

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

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

Condition: new, Year of construction: 2024, functionality: fully functional, -Yaskawa GP50 robot with YRC1000 Controller -Laserline LDF6000-60 power unit; •Maximum continuous wave power output 6000W • Emitted light wavelength range 900-1070nm • Air to water with 6kW cooling capacity cooling with the help of cooler • 600μm in diameter and 20m in length optical fiber • Annular slit laser coating nozzle water-cooled working optics OTZ-5 • COAX-8 type. The optics specified has a zoom mechanism. • Focus point from 2.28 mm to 7.32 Allows continuous change to mm • CMOS attached to optics for process monitoring camera • Water-cooled side panel that can be installed on OTZ-5 coating nozzle -PF2/2 Power Feeder; •Electronic control • Remote control with robot controller • 2 chambers with a capacity of 5 liters • Heater -Slider; • For Y-axis movement of the robot group Provides linear movement suitable for the process. • 1x Yaskawa Servo Motor, • 1 x Linear (6m), Rack and Pinion • Automatically by the carrier robot will be checked -Two Axis Positioner; • Max. 5,000 kg carrying capacity, • Rotation Axis Servo with Yaskawa Robot and Synchronous motion, • Tilt Axis Servo Motor index control • Movement Range of Tilt Axis +/- 90°, • Rotation Axis Movement Range +/-360° • Max. Product diameter 800mmand max. Product weight is 8 tons. • Positioner as single axis support and hydraulic tailstock when used with carrying capacity max. 8 tone • Positioner can be used as two axes If desired, the carrying capacity is max. 3 is the tone -5T Tailstock; • Max. 5,000 kg carrying capacity • Hydraulic Kjdorwwzyopfx Apdodn -Two Axis Positioner 5T Support; • 4 m long for cylinder supports a rail base • 1 5 ton roller support • Different sizes from 200 mm to 800 mm Suitable and adjustable for diameters. • Maximum Load 5,000 kg

Year of construction: 2002, condition: good (used), Machine type: Laser welding system Manufacturer: Arnold Factory number: 20435 DCS Year of manufacture: 2002 Available from January 2027 Ex stock, self-dismantling Optional dismantling and loading service available Kdsdpfx Apjkv Upiedon

Condition: new, Year of construction: 2025, Dimensions (L/W/H) 2985x2160x2000 mm Kdedpfxjvz E Nze Apdsn Weight 2000 kg Total power requirement 30 kw

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: 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) Kdedpfx Aov Iq Tlopdon 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

Condition: used, Fiber laser, fiber laser cutting machine with flatbed and tube laser Laser cutting machine, laser cutting system, laser machine Manufacturer DURMA Type HD-F III 3015 III BH-IPG 2kW Serial no. 822817712 Year of construction 2017 with IPG laser source SIEMENS SL 840D + CAD software + nesting software Working area 3000 x 1500 mm Pipe cutting device up to Ø 400 mm Laser power: 2000 watts (fiber laser) Output power: 0.2..2 kW Wavelength: 1070..1080 nm IPG power requirement: 6.4 kW/hour - Polarization random - Collimating focal length FC 100 mm - Focusing focal length FF 150 mm - Fiber diameter in single mode 50,100,200,300 µm - Max. power consumption 42 kW - Machine power consumption 20 kW - Filter power consumption 4 kW - Cooler power consumption 10+1 kW - Resonator power consumption 7 kW Mild steel Sheet thickness max. 12 mm - Stainless steel Sheet thickness max. 6 mm - Aluminum Sheet thickness max. 6 mm - Copper Sheet thickness max. 3 mm - Brass Sheet thickness max. 6 mm Working range X-axis 3060 mm Working range Y-axis 1530 mm Working range Z-axis 160 mm Sheet size max. 3048 x 1524 mm Sheet weight max. 200 kg/m² - IPG fiber laser resonator opposite - Water recooling unit for laser source and cutting head opposite - Under-table extraction and extraction filter system opposite - with 2-fold shuttle table - Tube laser with 4-jaw chuck and large spindle bore next to the flatbed - Lynettes for Rorlaser on linear guides Kjdskdnv Tspfx Apdsdn - with CAD software - with nesting software - with tube laser software very good condition

Condition: excellent (used), functionality: fully functional, Year of construction: 2010, control type: CNC control, controller manufacturer: Siemens, controller model: Sinumerik 840D, laser type: CO₂ laser, laser hours: 7,000 h, laser power: 4,000 W, travel distance X-axis: 4,000 mm, travel distance Y-axis: 1,500 mm, travel distance Z-axis: 750 mm, feed rate X-axis: 80 m/min, feed rate Y-axis: 80 m/min, feed rate Z-axis: 80 m/min, power: 4 kW (5.44 HP), Equipment: CE marking, cooling unit, dust extraction, fume extraction, ONLY 7,000 OPERATING HOURS – LASER UNIT! Special Equipment: - Automatic front-opening sliding door - Cabin lighting - Movable pendant control panel - FastLine Cell - 2D cutting tables with support rails & drawers Standard description: - Machine frame with Y-arm and integrated laser unit - Laser unit: CO2 laser TruFlow4000, high-frequency excited - Maintenance-free turbo radial blower - Mirror telescope Kdjdpfxsyidpqe Apdsn - Cooling unit - Positioning laser diode - Laser power control - Logbook function - Drives: maintenance-free three-phase servomotors - Illumination under the Y-arm - Magnetic coupling for processing head - Head detection - AutoLasPlus - Pendant control panel - TFT color monitor - Teach panel - Network connection RJ 45 Processing Methods: - Laser cutting - Dynamic cutting head (155mm) - Cutting head (240mm) - PierceLine

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 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 Kodpfsthigrex Apdjdn - 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 Kedpfx Ajthit Eopdjdn 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 - 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 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 Kdsdpfxsrumymo Apden 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.