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    Bluetimes portable raycus 1000w 1500w 2000w 3000w fiber laser welding machine 4in 1 for metal

    Bluetimes portable raycus 1000w 1500w 2000w 3000w fiber laser welding machine 4in 1 for metal

    ¥732.00 CNY
    ¥732.00 CNY ¥732.00 CNY
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    Bluetimes portable raycus 1000w 1500w 2000w 3000w fiber laser welding machine 4in 1 for metal
    Product Description
    1000w 1500w 2000w fiber Laser Welder handheld laser welding machine for metal
    BlueTimes laser hand-held fiber laser welding machine adopts the latest generation of fiber laser and is equipped with intelligent laser welding head.It has many advantages such as simple operation, beautiful welding line, fast welding speed and no consumables.

    The Mini Type handheld Fiber laser welding machine combines the fundamental qualities of an ultra-portable device with uncompromising performance.
    FLW-1000/1500/2000 Mini handheld laser welding machine adopts the latest generation of fiber laser and is equipped with OSPRI handheld laser welding head, which fills the gap of handheld welding in the laser equipment industry. With the advantages of fast welding speed and no consumables, it can perfectly replace traditional argon Arc(TIG) welding, electric welding and other processes when welding thin stainless steel plates, iron plates, galvanized plates and other metal materials. Hand-held laser welding machine can be widely used in complex and irregular welding processes in cabinet kitchen and bathroom, stair elevator, shelf, oven, stainless steel door and window guardrail, distribution box, stainless steel home and other industries.
    Technical Parameters
    Model
    FLW-SL-1000
    FLW-SL-1500
    FLW-SL-2000
    Laser Power
    1000W
    1500W
    2000W
    Laser Source
    Raycus/Max/IPG/SUNLITE
    Raycus/Max/IPG/SUNLITE
    Raycus/Max/IPG/SUNLITE
    Laser Head
    OSPRI
    OSPRI
    OSPRI
    Fiber Wire Length
    5/10 Meters
    5/10 Meters
    5/10 Meters
    Laser Wavelength
    1070nm
    1070nm
    1070nm
    Operate Mode
    Continuation/Modulate
    Continuation/Modulate
    Continuation/Modulate
    Water Chiller
    Hanli/S&A
    Hanli/S&A
    Hanli/S&A
    Spot Adjusting Range
    0.1-3mm
    0.1-3mm
    0.1-3mm
    Repeating Precision
    ±0.01mm
    ±0.01mm
    ±0.01mm
    Cabinet Size
    744*941*1030mm
    744*941*1030mm
    750*1260*1110mm
    Machine Weight
    About 200KG
    About 200KG
    About 220KG
    Voltage
    110V/220V/380V
    110V/220V/380V
    110V/220V/380V
    Product Details
    Handheld Laser Welding and Cleaning Systems
    BLUETIMES Fiber Laser Welder Unbeatable Benefits
    * FAST: Up to 4X faster than TIG
    * VERSATILE: Wide range of materials – up to 6.35 mm
    * EASY: Optimized presets reduce learning curve
    * CONSISTENT: High-quality, repeatable results
    * FLEXIBLE: Simple and challenging applications
    * PRODUCTIVE: Pre- and post-weld cleaning capability
    * Adjustable laser welding power up to 2000 W
    * Preset & user-defined modes optimize material-thickness combinations
    * Wobble welding controls for 5 mm of additional weld width
    * Rear panel provides intuitive connections for power, process gas and external accessory controls
    * Cleaning power up to 2000 W peak for greater welding quality and finishing capability
    RAYCUS MAX SUNLITE Fiber Laser Source Optional
    Compared with similar products,the RAYCUS MAX SUNLITE Fiber laser Source has a higher photoelectric perfor-mance conversion ability ,a more stablebeam,and a stronger anti-reflection ability.
    Optional laser power range from 1000 watts to 2000 watts. We have an efficient and professional R&D and production team, which is the top quality in China.The lasers have higher electro-optical conversion efficiency, higher and more stable optical quality.
    OSPRI (QILIN) Fiber Laser Welding Head
    1.Swing welding head
    The process that traditional magnetic head cannot complete, the swing welding head only needs to use 70% of the power, which can save the cost of the laser; In addition, the swing welding method is adopted, the width of the welding joint is adjustable, and the welding fault tolerance is strong, which makes up for the small shortcomings of the laser welding joint. The tolerance range and welding width of the processed parts are enlarged, and a good welding forming effect is obtained.
    2.360 degree micro welding
    After the laser beam is focused, the point can be accurately positioned and used for group welding of small and micro workpieces to achieve mass production.
    3.Handheld laser welding head Nozzles
    When we have a fiber handheld laser welder and replace the welding nozzle with a cutting nozzle, we can call it a handheld fiber laser welding and cutting machine. Isn't it a great name! !!!
    It can take the optical fiber from the fiber laser and gather it to a tiny point to produce a high intensity laser for cutting purpose. However, please note that it is not able to cut too thick material. You can contact the sales person for details.
    Top Quality of Ospri Wobble Welding Head
    1. The wobble welding joint independently developed adopts the swing welding mode;
    2. The light spot width can be adjusted;
    3. The welding fault tolerance is strong, which makes up for the disadvantage of small laser welding spot, expands the tolerance range and weld width of processed parts, and obtains better weld forming.
    OSPRI (QILIN) Control System
    The OSPRI (QILIN) control system is special designed to compect with it's OSPRI laser welding head. It comes with a few kinds of mode,CW model, PWM model Arc model.
    The control screen directly digitally sets the parameters of the wire feeder;
    The system monitors the operating status in real time, monitors and collects the operating status of the laser, chiller, and control board;
    Support Chinese, English, Korean, Japanese, Russian, French, Spanish, Israeli language systems
    HANLI/S&A Water Chiller FOR LASER WELDER (OPTIONAL)

    S & A water cooler plays the role of cooling protection. According to the indication of the water cooler, the water level shall not exceed the part marked by the green line and shall not be less than the part marked by the red line.

    Hanli Water Chiller Specially developed for fiber laser equipment, excellent cooling effect. Stable and reliable performance, low failure rate, energy efficient.
    Automatic Wire Feeder
    The dual-drive wire feeding structure makes the wire feeding smoother and stronger without wire jamming; Closed chassis design, with liftable handle and universal wheel; Wire feeding regulator, LED screen dis-plays real-time wire feeding speed; High-precision speed control knob, and good wire feeding speed controllability.
    1000W and 1500W support 0.8mm 1.0mm 1.2mm wire, 2000W support 0.8mm to 1.6mm.
    Wire send and back speed adjust through touch panel.
    If two weld metal gap more than 0.2mm that need filler wire,
    Product Advantages
    FIBER LASER WELDING Vs. Conventional TIG Welding
    FIBER LASER WELDING
    Simple operation, greatly reducing labor costs.Indirect radiation is small. Fast speed and efficiency is 3-8 times that of argon arc welding.Concentrated energy and little influence of thermal deformation.Fine welding seam, deep molten pool, high strength. Very thin materials can be welded, such as 0.05mm stainless steel.Both autogenous welding and additive welding are OK.
    Conventional TIG Welding
    Professional and technical requirements are high,which leads to high labor costs. Great harm to human body. Slow and inefficient. The thermal influence is great,which leads to large deformation. The welding seam is rough and irregular. It needs grinding and polishing. Not able to weld too thin materials. Consumables welding wire is needed. Easy to weld through.
    Factory Presets Ensure Optimized Welds & Cleaning
    * Simple preset selection ensures consistent high-quality laser welds and cleaning
    * Presets include wobble welding function to accommodate wider seams and for parts with poor fit-up
    * Operators can instantly switch between presets to process multiple material-thickness combinations
    * Advanced operators can customize presets, save for future use and can be used by novice operators to produce the same results
    * Novice operators require less training which reduces labor costs while preserving quality, increasing productivity and decreasing scrap
    Fast & Easy to Set Up
    * Ergonomic, compact and proven to be the most comfortable and easy to use laser gun with built-in wobble welding functionality.
    * 2-step trigger and part contact sensor enhance operator safety
    * Purpose-built nozzle tips for various weld joint types and pre and post weld cleaning applications
    * Quickly switch from standard laser welding to wire welding
    * A single cable from the unit delivers laser power, gas and control connections to the gun
    Applications
    Handheld laser welder Application:
    1000W 1500W 2000W HANDHELD FIBER LASER WELDING MACHINE WITH AUTO WIRE FEEDER CNC Fiber Laser welding can be used in welding stainless steel, aluminum, copper, gold, silver, chromium, nickel, titanium and other metals or alloys, can also be used for a variety of welding between different materials, such as:
    copper – brass, titanium –gold, Titanium – molybdenum, nickel – copper and so on.
    Welding range: 0.5~8mm carbon steel,0.5~4mm stainless steel, aluminium alloy 0.5~6mm, brass 0.5~4mm.
    Improved Welding Efficiency
    Simple operation, one-time molding, can weld beautiful products without professional welders
    Wobble handheld laser head is light and flexible, which can weld any part of the work piece,
    making the welding work more efficient, safe, energy-saving and environmental protection.
    Compared with the traditional welding method, it has unparalleled speed advantage, and the efficiency can reach nearly 10 times in some scenarios.
    The welding seam is beautiful and has no deformation, which improves the one-time pass rate of the work piece, only a small amount of solder splashes, reduces the subsequent grinding and polishing process, improves the pass rate, improves efficiency, reduces waste, and reduces the cost of work pieces
    Packaging & Shipping
    Standard export packing
    customized packing as your request We use hard boxes, your cargo will not be affected in any way Every handheld fiber laser welding machine is packed with great care and tough material. It is packed with cling films first and then film bags. At last, it is packed with a wooden case which is reinforced with an iron bar on the top and bottom. All handheld fiber laser welding machines are protected well during the long trip by sea or by train. We can transport handheld fiber laser welding machine by sea/air freight or express by DHL EMS UPS etc. According to your requirement. Important Note: The Shipping fee shown on the product detail page is just a rough count by the system, The Shipping Fee can be very different depending on the shipping method and the location. It does not represent the Precise Shipping Cost. Please contact us to get the accurate shipping fee for this product
    FAQ
    Q1: I want to weld stainless steel and mild steel, how to choose which laser power suitable for me?
    A1: Which welding method you want to weld? But welding or vertical welding?
    Following are the welding parameters for your reference, please have a look.
    Machine model
    Butt welding maximum thickness
    90° vetical welding maximum thickness
    YL-LX1000-W1
    1000W handheld laser welder
    Stainless steel: 3mm
    Galvanized sheet: 2mm
    Iron: 3mm
    Mild steel: 3mm
    Aluminum: 1mm
    Brass:1mm
    Stainless steel: 4mm
    Galvanized sheet: 3mm
    Iron: 5mm
    Mild steel: 5mm
    Aluminum: 2mm
    Brass: 2mm
    YL-LX1500-W1
    1500W handheld laser welder
    Stainless steel: 4mm
    Galvanized sheet: 3mm
    Iron: 4mm
    Mild steel: 4mm
    Aluminum: 2mm
    Brass: 2mm
    Stainless steel: 6mm
    Galvanized sheet: 5mm
    Iron: 6mm
    Mild steel: 6mm
    Aluminum: 3mm
    Brass: 2mm
    Q2: What gas can be used on the 1KW handheld laser welding machine? Is the gas used as a shielding gas for the metal?
    A2: Usually Argon gas and Nitrogen gas used as a shielding gas. It is used to protect the welding part from turning black. Use the shielding gas can make the welding part with nice welding effect, no need to do further polishing process again.

    Q3: What material would i use Argon and which material would i use Nitrogen?
    A3: Actually both Nitrogen and Argon can used for all materials. Like: Stainless steel, mild steel, carbon steel, iron, aluminium,
    brass, etc. You can choose to use Nitrogen or Argon as shielding gas according to your market price.

    Q4:On average, how long does a laser welding job take? A4:Laser welding jobs can vary in length of time and do not necessarily have an average. Is it a 1 pc job or a 100 pc large quantity project? However, statistically the numbers show the time it takes to complete a job is between 2-3 hours.

    Q5: There is a water cooler in the welder, Can it be filled with tap water ?
    A5: The best way is to use purifed water and distilled water for the machine. As we know that if the tap water have some impurity inside, the machine can not get good environment water for cooling.
    If long time do it like this way, the machine laser source and welding head life time will be shortly than using purified water or distilled water.
    If the water is not purified, the welding head and laser source easy broken. Because impurity have some unknown materials.

    Q6:What feed wire size should I utilize for laser welding? A6:This question depends much on the size and material of the actual project. How much weld does it need? Is there a chance that adding too much heat can warp or cause discoloration to the project area? If there is specific detail or exiting feature in the weld area than it is best to use a smaller wire and proceed slowly with caution. Wire size is more dependent on the project at hand and not necessarily the material unless it is laser welding aluminum, copper, or other softer metals.

    Q7:How to avoid air pockets in the project material when laser welding? A7:Air pockets are a common problem with all types of welding and not just in the laser category. The chances of air pockets will reduce and or go away with experience, understanding the proper settings, making sure you have proper gas coverage, and sometimes decreasing your weld speed to make sure you get a better melt in the weld area. Q8:What is the difference between chrome plating and laser welding? A8:If the project consists of a large scale weld surface then laser welding may take a really long time to complete so chrome plating could be the better solution. Chrome plating cannot be machined, only ground so this process must also be taken into consideration when deciphering between the two options. With every job comes an in-depth analysis, but in most cases, laser welding can be done with a faster turn around time and will machine off better. Chrome plating always has the chance of peeling if done incorrectly. Q9:What materials cannot be laser welded? A9:There are some materials that tend to be difficult to weld, but it most cases laser welding can be done. Some common examples of materials that provide to be difficult to laser weld are sintered metals, D-2, A-2, and tungsten carbide. However, laser welding is relatively new and research continues to be conducted within the material science category to create more diverse opportunities within the manufacturing world. Q10:When to change frequency, current, and pulse-width in your fiber laser welding machine? A10:
    Frequency: This setting is very much dependent on how much heat the part being welded can handle as well as how experienced the laser welder operator is with going at a faster welding rate. Current: This depends on the size and material of the wire. In a general sense, steel is steel and the operating parameters will not change much on the fiber laser machine settings. When it comes to aluminum and copper, the current will increase drastically in comparison to the steel settings. Pulse-Width: This is described as the on-time of the laser and works in combination with the current to create the melt of the laser weld. This will be a value of 7-8 for steel, 8-10 for copper, and 4-6 for aluminum materials.
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