The handheld laser welding machine is a three in one device that integrates three major functions: welding, rust removal, and cutting, providing efficient, accurate, and convenient solutions for modern industrial processing.
Firstly, in terms of equipment specifications, this handheld laser welding machine is equipped with a laser power of 1500W, ensuring strong welding, rust removal, and cutting capabilities. It adopts fiber optic conduction technology, standard QBH output mode, and two working modes of continuous/pulse, suitable for different processing needs. In addition, the laser wavelength is stable within the range of 1080 (± 10nm), and the power stability reaches ≤ 2%, ensuring the stability and reliability of the processing process.
In terms of welding, handheld laser welding machines use high-energy laser beams to irradiate workpieces, achieving rapid melting and cooling of materials, thereby efficiently and accurately completing welding tasks. Its welding depth can reach 0.5mm-3.8mm on stainless steel plates, meeting the welding needs of materials with different thicknesses. Meanwhile, due to the concentrated heat and fast speed of laser welding process, the heat affected zone and thermal deformation are relatively small, ensuring the dimensional accuracy and appearance quality of the workpiece.
In terms of rust removal and cutting, handheld laser welding machines also demonstrate powerful capabilities. Its laser beam can quickly remove rust on the surface of the workpiece, while achieving precise cutting operations, improving processing efficiency and quality.
In addition, the handheld laser welding machine also features a handheld welding gun design, overcoming the limitations of workbench space and facilitating welding, rust removal, and cutting operations for operators in various environments. At the same time, the infrared positioning function ensures the accuracy of the welding position, further improving the processing accuracy.

Specification

Introduction to Welding, Rust Removal and Cutting Three in One Handheld Laser Welding Machine
The three in one handheld laser welding machine for welding, rust removal, and cutting is an outstanding representative of modern welding technology. It integrates welding, rust removal, and cutting functions, greatly improving work efficiency and operational flexibility.
Functional integration:
Welding function: This machine uses a high-energy laser beam to irradiate the workpiece, achieving efficient and high-precision welding effects. Compared with traditional welding methods, it can improve welding efficiency by 3-6 times.
Rust removal function: Through laser beam irradiation, it can effectively remove rust and impurities on the metal surface, providing a clean working surface for subsequent welding or processing.
Cutting function: Utilizing the high-temperature characteristics of the laser beam, it can quickly and accurately cut metals, suitable for workpieces of various shapes and sizes.
Technical features:
Handheld design: flexible and convenient to operate, overcoming the limitations of workbench space, and can easily handle large workpieces and difficult to access welding parts.

Specification

The principle of handheld laser welding machine is mainly based on the high energy density of the laser beam, through the generation, transmission and focusing of the laser beam, the metal material is quickly heated to a molten state, so as to achieve welding. Benefits include:
Efficient and accurate: The handheld laser welding machine uses a high-energy laser beam, which has fast welding speed and high precision, and can improve the welding efficiency by 3-6 times compared with traditional welding methods.
Widely applicable: It is suitable for the welding of a variety of materials (such as stainless steel, carbon steel, aluminum alloy, etc.).

Specification

The principle of AC resistance spot welding machine is to generate heat on the metal contact surface through electric current, causing it to melt and combine together. The equipment usually consists of transformers, capacitors, rectifiers, spot welding tongs and control systems. The current passes through the transformer to reduce the voltage and increase the current intensity, thereby generating a large amount of heat energy. During the heating process, the metal surface is in a liquid state and forms a uniform solder joint to realize the connection of two or more metal parts.
The advantages of AC resistance spot welding machine are mainly reflected in the following aspects:
Low production cost: the welding process does not require additional consumables, reducing production costs.
High welding efficiency: fast heating speed, short welding time and rapid forming.
High thermal efficiency: the use of the workpiece itself internal resistance heat source, less heat loss, energy saving.
Good welding quality: the weld is dense to avoid defects caused by thermal influence. The nugget is surrounded by a transparent plastic ring when it is formed. The metallurgical process is simple and the welding effect is good.

Specification

Good heat dissipation effect: Heat is transmitted to water through a water circulation pipeline, and then circulated for heat dissipation through a water circulation pump, ensuring that the equipment is not easily overheated and damaged during high-power processing.
Support for high-power equipment: Compared to air-cooled equipment, water-cooled technology has a larger heat dissipation area and better heat dissipation effect, making it more suitable for high-power welding equipment.
High stability: Water cooling equipment can maintain high power processing for a longer period of time without being affected, ensuring welding quality and efficiency.
Low noise: Due to the lower noise generated by the cooling fan and water pump of the water-cooled equipment during operation, the working environment is quieter.
Easy maintenance: Water cooling equipment often uses water circulation for cooling. Regular replacement of circulating water is sufficient, and maintenance is relatively simple.

Specification

The medium frequency induction heating equipment is ultra small in size, lightweight, movable, and occupies less than half an square meter, saving customers 10 times the production space; 100% full load, 24-hour continuous working capacity.
Medium frequency induction heating has fast heating speed, no oxidation or discoloration, no deformation, heat permeability, and more uniform melting.
The medium frequency induction heating equipment adopts all solid state IGBT frequency conversion and power regulation. The equipment is designed with comprehensive protection functions. When heating non magnetic substances such as stainless steel, copper, industrial silicon, and aluminum, the melting speed is fast, the material elements are burned less, and energy consumption is more than 20%, thereby reducing costs.
The multifunctional control mode and multiple display functions of the medium frequency induction heating equipment provide more guidance for the design of induction coils and capacitor adjustment, making the working condition of the equipment more intuitive.
The medium frequency induction heating equipment is environmentally friendly with zero emissions, smoke-free, dust-free, and exhaust gas free electric heating, ensuring safe production. It relies on a six fold intelligent control program for overload automatic power-off protection system.

Specification

Induction heating welding is a device that uses the principle of electromagnetic induction to generate high-frequency induced eddy current thermal effects, thereby heating the workpiece. It is essentially a frequency converter with power control function.
It mainly melts the solder by heating it to a certain temperature, thereby connecting two metals of the same or different materials together. The specific applications are as follows:
a. Welding of various hardware cutting tools: welding of diamond cutting tools, grinding tools, drilling tools, alloy saw blades, hard alloy turning tools, milling cutters, cutting tools, cutting tools, woodworking drill bits, etc.
b. Welding of various hardware machine accessories: silver welding and copper welding of four types of metal or dissimilar metals, including hardware bathroom products, refrigeration copper accessories, lighting accessories, precision tool accessories, hardware handles, egg beaters, alloy pots and steel, steel and copper, and copper and copper.
c. Composite pot bottom welding is mainly used for three-layer welding of round, square, and other irregular flat stainless steel pot bottoms and aluminum sheets, and can also be used for brazing other metal surfaces.
d. The welding of the heating plate of an electric kettle is mainly used for welding between stainless steel flat bottoms, inscriptions, and various shapes of electric heating tubes.

Specification

Imagine a machine, much like a wizard from a fantasy tale, that uses an invisible force to heat and join metals. This wizard is called an ultrasonic induction heating welder. It wields the power of high-frequency electromagnetic fields to create whirlpools of electric currents within the metal pieces. Just as a spellcaster would, it rapidly changes the polarity within its magical coil, summoning a strong magnetic field that envelops the metal needing enchantment. The metal, now in the coil’s embrace, is penetrated by this magnetic force, stirring up currents within itself that flow in a vortex, opposite to the induction current.

This mystical dance within the metal generates heat due to its natural resistance, much like friction generates warmth. This heat, known as Joule heat, swiftly raises the temperature of the metal, allowing it to meld and fuse, achieving the welder’s goal.

The ultrasonic induction heating welder boasts many advantages. It’s swift, bringing the metal to the desired temperature in a blink of an eye. After the heating spell, the metal not only becomes harder on the surface but also retains a thick layer of malleability beneath, reducing stress and enhancing its resistance to fatigue and tension. This wizardly device fits perfectly into the assembly line of production, aiding in specialization and automation, easing management, cutting down transportation costs, saving manpower, and boosting productivity. It’s a champion of energy efficiency and environmental friendliness.

However, even the most powerful wizards have their limitations. The ultrasonic induction heating welder is complex and demands a high initial investment. Its flexibility is not its strong suit, especially when dealing with intricately shaped metal pieces.

In the realm of applications, this magical device finds its use in various industries such as automotive, aerospace, electronics, and healthcare. It’s versatile, capable of heating a plethora of materials including metals, plastics, ceramics, and composites. Its specific applications include hardening, tempering, welding, brazing, and annealing to relieve stress.

In summary, the ultrasonic induction heating welder is an efficient, energy-saving, and eco-friendly apparatus. Despite some constraints, it continues to hold vast potential across numerous industrial landscapes.

Specification

The principle of high-frequency induction heating welding is to use high-frequency alternating current to flow towards a conductor (usually a copper tube) that is curled into a circular shape, generating a magnetic beam. When the metal is placed inside, the magnetic beam will penetrate the metal body and generate eddy currents (rotating currents) in the direction of self rotation with the magnetic beam. This induced current generates heat under the influence of eddy currents, and this heating method is induction heating. Therefore, heated objects such as metals can be heated in a non-contact state. At this point, the characteristic of eddy current is the concentrated induction heating on the object close to the coil, which is stronger on the surface and weaker inside the object. Using this principle, the necessary areas of the heated object are centrally heated to achieve instantaneous heating effect, which relatively increases production and workload.

Specification

Main functions of the argon arc welding machine WSE-250:
– Multifunctional argon arc welding/manual welding:
When the switch of WSE-250 is set to “TIG” position, it is argon arc welding; when the switch is set to “MMA” position, it is manual arc welding.
– AC/DC conversion function:
When the switch of WSE-250 is placed in the “AC” position, it is AC argon arc welding and can weld aluminum materials. When the switch is placed in the “DC” position, it is DC argon arc welding, which can weld stainless steel, iron, copper and other metals.
– With foot pedal function:
WSE-250 has a switch that is set to “OFF” and the current is adjusted by the panel knob; when the switch is set to “ON”, the current is adjusted by a foot switch.
– The front blowing argon gas time is adjustable:
In order to ensure the welding effect of WSE-250, the argon gas needs to arrive before the current during welding. This knob is used to adjust the interval between the argon gas coming out and the arc coming out (0-2s).
– The post-argon blowing time is adjustable:
WSE-250 The workpiece immediately after welding will be oxidized due to the heat, so after stopping the welding, the argon gas blown out by the welding gun should be cooled for a period of time. This knob is used to adjust the exhaust gas post-blow time (2-10s)
– Adjustable duty cycle:
WSE-250 should use a smaller duty cycle when the current is larger; it should use a larger duty cycle when the current is smaller.
– Adjustable decay time:
When WSE-250 completes a section of welding and closes the arc at the end, in order to ensure good formation, the current is required to gradually decrease to stop. This knob is used to adjust the decay time of the current.
– Comprehensive protection functions for overheating and overcurrent:
When the WSE-250 welding machine is working continuously, for a long time, and with high current, in order to prevent the components from being damaged due to severe internal heating, the overcurrent and overheating protection function is set. When this light is on, you need to stop working, take a rest or restart the machine.

Specification