It’s designation is welding thin metals butt-to-butt, overlapping, with angled welds, T-welds and girth welds.
| Laser source power | 1, 1.5 kW |
| Laser power adjustment range | 10-100% |
| Delivery optic fiber length | 10 m |
- The welding speed is several times faster than traditional welding for thin metal. As the result a high-quality nice-looking weld is formed, and it doesn’t require any additional grinding. And as a bonus there is no need for a lot of consumables;
- The machine is friendly for environment as it is not a source of pollution and has low power consumption. In addition, the equipment is user-friendly and intuitive in use;
- The design is mobile, so the machine can be used both in the workshop and out in the field. A convenient manipulator gun helps the operator reach the least accessible areas. The machine does not require additional time to prepare for work;
- A wide range of materials that can be handled at high speed. No need to use high-skilled, experienced and expensive welders.
| Laser source | Raycus |
| Beam delivery system | optic fiber |
| Laser source power | 1000, 1500 W |
| Laser emission power adjustment range | 10-100% |
| Laser wavelength | 1070 nm |
| Delivery fiber length | 10 m |
| Water chiller | + |
| Control panel | + |
| Optical welding gun | + |
| Beam circulation function, weld thickness adjustment | |
| Uncoiler with wire feed | + (optional) |
| Full weight of the machine | ≈225 kg |
| Electric power supply | ~(220)380±18%; 50Hz; 3-phase |
| Electric power consumption | ≈ 5-6 kW |
- Requirements to the premises for placement of welding section
- For placement of the welding machine there is no need for a special basement. Level deviation of the floor surface for installation of the Product, from the horizontal plane on square area of 1 m2 shall not exceed 5 mm (in accordance with Construction Standards and Reguations SNiP 2.03.13-88 “Floors”);
- The floor and walls of the room may not be a source of dust (especially cement plaster dust);
- The width of all passageways between equipment or between equipment and room walls must be no less than 1 m;
- Square footage of the area, ceiling height and door size of the welding area must be suitable for the dimensions of the manual laser welding machine.
- Power supply specifications
- The machine must be powered by three-wire 1-phase industrial electric network 220V with permissible deviation ±10%; frequency 50±1 Hz with permissible electric power consumption up to 5 kW. Electricity quality standards in accordance with State Standard GOST 13109-97.
- Provide the manual laser welding machine with an equiphase stabilizer of voltage to regulate the voltage against possible fluctuations in the network, which in turn will ensure uninterruptable and reliable operation of the machine.
- The welding machine with be earthed: connect a wire with a cross section of at least 4 mm2 to the socket from the earthing circuit.
- Microclimatic conditions of operation
- Prepare the room to maintain stable temperature within the range of +5 to +45 ºC to ensure operation and relative humidity up to 90% (at 20ºC) without condensate formation, atmospheric pressure 83.9-106.6 kPa (630-800 mm Hg).
- Make sure there are no active substances in the room where the system is placed.
- Temperature fluctuations during operation shall not exceed the limit of +3ºС.
- Requirements to the air extraction system
- Welding area premises must be equipped with exhaust ventilation for removal of combustion products and process-generated dust with full pressure no less than 250 Pa and capacity no less than 800m3/h.
- Requirements to shielding gas (for welding process)
- The following high purity shielding gases are used for laser welding: nitrogen (99.7% purity), argon (99.7% purity), helium (99.7% purity) or mixtures (mixes) in accordance with ISO 14175: 2008 – laser welding (Process 52).
- Requirements to coolant of the cooling system for manual laser welding machine
- Coolant – distilled water;
- Distilled water quality in the circuit of the cooling system (chiller) must comply with ISO 22519:2019 (recommended water quality – after reverse osmosis), hardness not exceeding 0.25 dH = 4.45 ppm = 0.089 ml/liter and an electrical conductivity not exceeding 5 cm.
- Add technical alcohol 1388:1981 in the amount of 10% of the total volume of distilled water (for the laser technology complex with RayCus laser module)
- Before starting the operation of the manual laser welding machine, make sure the chiller is prepared for work and filled with 20 L of distilled water.
Watch the machines at work
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9 levels of service provided by ARAMIS
Customers about us
- Industry
- Location
Due to the fact that in process of metal products manufacturing we use mainly thin metal sheets and it is more feasible to manufacture parts by laser cutting from the whole sheet, rather than by individual blanks, we decided to purchase a laser. Based on the results of a research of the laser equipment offered by the market, geography of manufacturers, price parameters, the final choice was made in favor of the fiber laser from the domestic manufacturer LLC "ARAMIS".
Samples of work
New products and bestsellers
- Dimensions of the machining area1.5х3m
- Average laser beam power1.5-6 kW
- Maximum XY motion vector speed120 m/min
- Dimensions of the machining area1.5х3m
- Average laser beam power1.5-6 kW
- Maximum XY motion vector speed120 m/min
- Dimensions of the working area2х6m
- Average laser beam power2-6 kW
- Maximum vector speed of XY motion120 m/min
- Dimensions of the working area2х6m
- Average laser beam power2-6 kW
- Maximum vector speed of XY motion120 m/min
- Workpiece length6m
- External diameter of round pipes20-220mm
- Cutting speed40 m/min
- Workpiece length6m
- External diameter of round pipes20-220mm
- Cutting speed40 m/min
- Laser beam power1.5-4 kW
- Laser typeYtterbium fiber
- Beam deliveryOptical fiber
- Laser source power100-1000 W
- Laser typeYtterbium fiber
- Beam deliveryOptical fiber
- Laser source power100-1000 W
- Delivery fiber length5 m
- Dimensions of the working area1.5×3m
- Average laser beam power2-6 kW
- Maximum vector speed of XY motion150 m/min
- Dimensions of the working area1.5×3m
- Average laser beam power2-6 kW
- Maximum vector speed of XY motion150 m/min
- Laser sourceRaycus
- Laser source power30, 50, 60 W
- Engraving area size100х100; 200х200; 300х300 mm
- Laser sourceRaycus
- Laser source power30, 50, 60 W
- Engraving area size100х100; 200х200; 300х300 mm
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Experienced users in metal fabrication need a reliable and efficient welding solution. The ARAMIS LWM mobile laser welding machine offers a number of advantages, in particular:
- High-quality welds that do not need any additional treatment
- Effective for welding of thin metals
- Much faster than traditional welding methods
- Can be used to weld different types of metals.
- Can weld in hard-to-reach areas
- Option of filling the seam with wire
Let’s have a closer look at every of these advantages:
High-quality welds:The LWM makes high-quality welds that do not need finishing works. The laser width precision is adjusted to match the material being welded, ensuring consistent, high-quality welding every time.
Efficiency with thin metals: the laser beam is able to weld thin metals without causing distortion or deformation, providing a smooth and even weld surface. This makes ARAMIS LWM the ideal choice for manufacturers who need to produce precise and complex products that require a high degree of accuracy.
Faster than the traditional welding methods: laser welding technology is much faster than traditional welding methods, which reduces time. This allows manufacturers to increase productivity and profitability while maintaining product quality.
Versatility: ARAMIS LWM can weld a wide range of metals including steel, aluminum and titanium. This makes it a valuable asset for manufacturers working with different types of materials. The machine can also be used to weld in hard-to-reach areas, making it possible to manufacture products that could not be made in the past.
Possibility of filling the weld with wire: this feature allows manufacturers to produce durable and good-looking products. The wire fills any gaps or inconsistencies in the weld, which ensures a high degree of precision.