Manufacturer Portable Induction Tube Welder Machine for Welding/Brazing /Soldering

• Customization: Available
• Model: DSP-50kw
• Coaxial Cables: 5m--60m Is Available
• Model NO.: DSP-50KW
• Transformeroper: Handheld Type
• Max Power: 50kw
• Protection Level: IP54
• The Flow Rate Cooling Water: ≥25L/Min
• Feature: Safer, High Effiecency , Saving Energy
• The Cooling Water Compress: 4-6bar
• Cooling Mothed: Water Cooling System
• Max Current: 120A
• Application Range: Welding Sodering Brazing Heating
• Work Frequency: 10-40hkz
• Control Design: Multiple Control Model Built in
• Transformer Operate: Easy to Operate and Can Move Heating
• Size: 621mm*282mm*349mm
• Transport Package: Export Wooden Case
• Specification: IGBT
• Trademark: ORD
• Origin: China
• HS Code: 8514400090
• Production Capacity: 600000
• Package Size: 62.00cm * 28.00cm * 34.00cm
• Package Gross Weight: 80.000kg

Product Description

Manufacturer Portable Induction Tube Welder Machine for Welding/Brazing /Soldering

Induction heating technology supports a wide range of manufacturing applications, including brazing, cap sealing, curing, heat treating, and more. Each system is engineered for precision, repeatability, and energy efficiency, helping manufacturers achieve consistent results and optimized processes across their production lines.

Key advantage:

1.Automatic tracking & best optimization to load

2.High power output

3.High level of performance with minimal operating costs.

4.Constant, repeatable power generation via microprocessor control.

5.Minimum cooling water flow required.

6.High safety: output insulation from the mains.

7.Highly integrated with a small footprint.

8.User friendly operations through graphical touch-screen interface.

9.Compliant with Electrical Safety and Electromagnetic Compatibility Regulations

APPLICATIONS :

1.Surface Hardening: Landing gear shafts, actuators, turbine blades.Gears, shafts, camshafts.Bolts, studs, threaded rods Punches, forming dies, cutting .Compressor shafts, structural supports

2.Copper Brazing:Fuel lines, heat exchangers, hydraulic systems.A/C conduits, sensors, terminals.Cutting inserts, carbide tips, saw blades.Busbars, interconnections, inverters, conversion modules.Heat exchangers, tubing, manifolds.

3.Stress Relieving & Annealing:Engine mounts, welded assemblies.Axles, structural elements.Tool stock, drill bits, cutting bars.Copper tubing, fittings

4.Shrink Fitting:Bearings, stators, motor housings. rotors, stators.Inserts, holding fixtures, mandrels.Motor housings, fan assemblies

5.Composite Bonding & Coating Cure:Composite panels, fuselage sections.Battery modules, sensors
6.Tempering & Stress Alleviation:Nuts, screws, fasteners post-deformation.Tools fabricated from high-speed steel
7.Preheating / Annealing:Rod stock, wire, cold-formed fasteners

8.Precision Threaded Components Thermal Treatment:Specialty bolts, high-tensile alloy fasteners.

9.Aluminum Brazing:Condensers, evaporators, aluminum tubing

Name	DSP-50KW induction heating machine
Output Power	50kw
Rated Output Frequency	10-40KHZ
Input Voltage	360V-420V50-60hz
Cooling water Pressure	4-8Bar

right elevation

left elevation

front elevation

the photos of DSP-50KW working 

It can be customized according to different shapes such as through holes, stepped holes, and conical holes, ensuring uniform magnetic field coverage. . By adopting the "short-term heating + immediate cooling" process, the heat diffusion is reduced and the utilization is controlled. High-frequency current passes through the induction coil to generate an alternating magnetic field.

Hard brazing, also frequently termed high-temperature brazing, is a sophisticated metal-joining process that leverages a filler metal characterized by a melting point in excess of 450°C, typically within the 600°C to 1200°C range. This methodology establishes a highly durable bond between two or more metallic components. Fundamentally distinct from welding, brazing ensures the base materials remain in their solid state. Instead, the molten filler metal is drawn into the joint interface through capillary action, culminating in a robust, hermetically sealed connection, thereby creating an airtight seal.

Induction bolt heating service

Induction bolt heating involves heating drilled stud bolts to obtain elongation. Thus, it only takes a few minutes to heat them evenly and safely. This process is 2 to 3 times faster than conventional heating means such as heating rods

Simple installation diagram of equipment

Please pay attention when installing the equipment.: The water outlet coupling of the cooling system should be connected to the water in of the equipment. Otherwise, the heating equipment will fail to operate and give an alarm.

After Sales Service

1. Warranty time: Within 18 months from the date of delivering, 12months from date of receiving.
2. Within warranty all parts are free for customer, any fault caused by non-artificial reason, any quality problems such as design, manufacture, or procedure occurs, We shall provide replacement parts after detecting the faults.
3. If any big quality problems occurs out of the guarantee period, we will send maintenance
 technician to provide visiting service after checking with the customer and charge for a favorable price. 
5. We will provide a lifetime cost price to the buyer with the materials and spare parts used in system operation, equipment maintenane
6. The above mentioned are only basic after-sale service requirements, we will make more promises related to quality assurance and operation guarantee

Company Profile

OURUIDA CO.,LTD (Foshan Sinfor Electro-Mechanical Equipment Co.,LTD )

Our Factory was established in Foshan in 2000. We are a manufacturer specializing in researching, developing, manufacturing, and marketing induction heating machines and melting furnaces, air-cooled water chillers, induction hardening machine tools, and PLC/CNC machine tools with high quality, fast shipping, and good after-sales service.

The customers visited the factory.

Comments from customers about us

Power and Flexibility: The generator range covers a power interval from 8 to 1200 kW, ensuring maximum flexibility of use.

Advanced Control: All generators are easily integrable with the most advanced automatic production systems. The generators also feature temperature control, web server, and data logger, which are essential for processes requiring stability, repeatability, and quality control.

Operational Efficiency: The modular design ensured compactness, simplicity of installation, and high energy efficiency, reducing operational costs. The systems were designed to guarantee reliable and continuous production cycles.

packaging for export complies with international standards.

FAQ

Q: Which manufacturing applications use induction heating machine ?
A: 1.· Joining: brazing, soldering, shrink-fitting

    2.Heat treating: hardening, tempering, annealing, stress-relieving

    3.· Forming: billet, bar, and tube pre-heat for forging, extrusion, and bending

    4.Bonding & curing: adhesives, paints, composites, cap-sealing

    5.· Industries span automotive, aerospace, EVs, semiconductors, oil and gas, medical, consumer-appliance, and heavy equipment.

Q: What materials can be heated with induction heating technology ?
A: Induction heating systems can heat almost all electrically conductive metals, including steel, stainless steel, copper, aluminum, and brass. Because heat is generated directly within the metal, both ferrous and non-ferrous materials reach target temperatures rapidly and uniformly. By adjusting coil design, frequency, and power output, induction technology ensures optimized performance across diverse industrial applications such as hardening, brazing, and forging.

Q: How do i choose the right frequency and power for induction heating system ?
A: Selecting the proper induction heating frequency and power level depends on your material type, part geometry, and heating goals. Low frequencies provide deeper heat penetration for larger parts, while high frequencies focus energy at the surface for precision surface hardening. Our induction heating experts help determine the optimal parameters to deliver consistent heat profiles, maximum process efficiency, and repeatable results for your industrial manufacturing process.

Q: What are the main components of an induction heating system?
A: A complete induction heating system includes a power supply, induction coil, remote heating head, and a closed-loop water-cooling unit. The power supply delivers a controlled high-frequency alternating current to the coil, generating a magnetic field that transfers heat to the part. Temperature controllers, pyrometers, and cooling systems ensure safe, reliable, and energy-efficient operation even in continuous or high-production environments.

Q: How do I place an order?
A: Contact us via email/phone for a quote, then confirm with a PO.