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welding torch manufacturer
Leading Welding Products Manufacturer
1. Professional Manufacturing Experience
2. Wide Options for Products
3. Original Manufacturer with Competitive Price
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Sourcing Welding Torch from INWELT

Welding Torch Manufacturer and Vendor
 

 For Products Wholesalers

We walk the journey with you to ensure that we help you better define what you want and realize your brand’s perfect packaging solutions.

 For Products Manufacturer & Suppliers

Our in-house modern production plant allows us to offer great quality options to appeal to your target customers. As a manufacturer or supplier, you can trust that our streamlined manufacturing processes are here to provide you with the best products in the market.

 For Products Distributer

Being one of the most equipped welding torch manufacturing companies, we offer the best quality products at a significantly low cost. This allows us to work with you to ensure that you get to also extend great prices to your customers.

Why Partner With INWELT?

INWELT specializes in serving medium to large wholesalers and international welding brands with fast production, global shipping, and free warehousing solutions. Crafted to the highest quality standards, our welding torches ensure your products stand out. With INWELT, you’ll enjoy reliable, high-quality solutions that streamline your operations and make your business more efficient.

INWELT is among the top welding torch manufacturers in China. We have been supplying both small and large companies with CE and ISO-certified welding torches in wholesale, we offer welding torches in different type. The company’s welding torch manufacturing plant can produce MIG welding torch, TIG welding torch, plasma cutting torch and welding consumables. As an experienced welding torch supplier, we can guarantee the production of high-quality welding torch. Aside from manufacturing welding torch in our own welding torch factory, we also offer customization and design services to our customers. We have welding torches in a variety of colors and sizes.

If you are looking for a reliable welding torch company, you can rely on INWELT. Buy welding torch in bulk from us and let us help you grow your business using our customizable and affordable products.  Looking to purchase a bulk order of welding torches? INWELT can meet your production needs. If you have specific requirements not listed here, feel free to request customization. Contact us today, and we’ll be happy to assist you!

Full Solutions From Custom
Welding Torch Manufacturers

custom welding labels

Custom Label For Welding Torch

At INWELT, we help you brand your MIG guns, TIG torches, and plasma torches with precision-crafted labels and logos that endure harsh workshop conditions. Boost brand recognition, streamline inventory management, or add premium value to your welding tools. Request a free design proof today!

Custom Handle For Welding Torch

At INWELT, we empower your welding experience with personalized handle customization for MIG guns, TIG torches, and plasma torches. Stand out, enhance grip, and align tools with your brand. Color Customization, Material Options, Functional Design, Fast Turnaround. We craft handles that perform as boldly as they look. Request a free sample today!
custom welding handles
welding cables

Custom Cable & Connector For Welding Torch

At INWELT, we specialize in tailoring high-performance welding cables and replacement connectors to perfectly match your MIG guns, TIG torches, and plasma torches. Custom Lengths & Configurations: Specify exact cable lengths (1ft–50ft), coil styles, or multi-pin connectors to reduce clutter and improve workspace efficiency.

Custom Packaging For Welding Torch

 
At INWELT, we understand that secure and branded packaging is critical for protecting your investment and enhancing your brand’s professionalism. Whether you need compact retail-ready boxes for individual units or palletized crates for bulk orders, we work closely with you to create packaging that aligns with your business goals. Request a free packaging design consultation today!
焊枪彩盒2024-4

Wholesale MIG/TIG/PLASMA

Welcome To Visit Our Factory

  • Discover innovation at INWELT’s state-of-the-art manufacturing facility, where precision meets craftsmanship in MIG/TIG welding guns and plasma cutting torches.

    Behind the Scenes:
    Advanced Production Lines: See how we engineer durable, high-performance tools using cutting-edge automation and rigorous quality control.

    Custom Solutions Hub: Explore our tailored services for OEM/ODM partnerships, from prototype design to bulk production.

    Quality Assurance Lab: Witness testing processes (e.g., arc stability checks, pressure trials) that ensure ISO-certified reliability.

    Why Visit?
    Hands-On Demos: Test tools in our workshop and compare models side-by-side.

    Meet Experts: Discuss your project needs with our R&D and engineering teams.

    Flexible Tours: Choose virtual or on-site visits – tailored for distributors, wholesalers, or industrial clients.

    Schedule Your Visit Today and experience firsthand why global clients trust us for welding excellence!

Welding Manufacturing

MIG Welding Gun

Plasma Consumables

We are leading welding & cutting torch suppliers. Our product catalog offers a broad selection of welding gun designs, colors, as well as package and labeling options. You can choose any of our in-stock designs or opt for a customized design.

Custom welding guns are ideal when you need to make your welding product stand out or fulfill unique customer needs. Simply tell us what your welding torches needs are and we will deliver a befitting solution.

Features Of MIG/TIG/Plasma Torch

mig welding torch

Precision Arc Control for Flawless Welds

 
Ideal for MIG Torches
 
Achieve consistent weld quality with adjustable voltage and wire feed speed. INWELT MIG torches feature ergonomic triggers and anti-spatter nozzles, ensuring smooth operation on thick metals like steel and aluminum.
 
tig welding torch

High-Frequency TIG Start for Clean Ignition

Perfect for TIG Torches

 
Eliminate contamination with a scratch-free arc ignition system. The water-cooled TIG torch head maintains stable amperage up to 250A, ideal for thin stainless steel, titanium, and precision welding in aerospace applications.
 
plasma cutting torch

INWELT Plasma Cutting Efficiency

Advanced Plasma Torch Tech
 
Cut through 1-inch steel at 40% faster speeds with our high-amp plasma torches. Features dual-gas technology (air/argon) and consumable-saving designs for reduced downtime in industrial fabrication.
 
mig tig plasma torch

Durable Multi-Material Compatibility

Universal for MIG/TIG/Plasma
 
Switch seamlessly between materials – from copper and cast iron to galvanized steel. Torches include ceramic gas diffusers (TIG) and copper-coated contact tips (MIG) to resist corrosion and extend lifespan.
 
mig mag torch

Lightweight Ergonomic Design for Fatigue-Free Use

All Torch Types
 
Redesigned with a 30% lighter cable and rotating neck (up to 300°). Perfect for overhead welding or prolonged plasma cutting sessions, reducing wrist strain for automotive repair and construction work.
 

Smart Safety & Auto-Shutoff Protection

Critical for Plasma Torches
 
Integrated thermal sensors prevent overheating, while a retractable safety shield blocks UV radiation. Plasma models include error-code displays for gas pressure or ground faults, ensuring OSHA compliance.
 

Welding Torch Manufacturer Production Process 

  • 1

    1. Raw Material Selection & Quality Inspection

    High-grade copper alloys, ceramic insulators, and heat-resistant polymers are rigorously tested for conductivity, durability, and thermal stability before processing.
  • 2

    2. CNC Machining of Critical Components

    Precision lathes and CNC machines shape torch necks, contact tips, and nozzles to ±0.01mm tolerances, ensuring seamless compatibility across MIG/TIG/Plasma models.
  • 3

    3. Robotic Assembly of Torch Bodies

    Automated systems install O-rings, gas channels, and electrical connectors, minimizing human error while maintaining ISO 9001-certified assembly standards.
  • 4

    4. Plasma Arc Chamber Fabrication

    For plasma torches: High-purity tungsten electrodes and swirl rings are laser-welded under inert gas to optimize arc stability and cutting precision.
  • 5

    5. Ergonomic Handle Molding & Curing

    Injection-molded handles with anti-slip grips undergo UV curing and stress tests to withstand 10,000+ cycles of industrial use.
  • 6

    6. Integrated Cooling System Installation

    Water- or air-cooling tubes are pressure-tested at 200 PSI and integrated into TIG/plasma torch heads to prevent overheating during high-amperage operations.
  • 7

    7. Final Quality Assurance & Performance Testing

    Each torch undergoes spark ignition trials, gas flow calibration, and 24-hour burn-in tests to validate arc consistency and OSHA safety compliance.
  • 8

    8. Packaging & Traceability Labeling

    Anti-corrosion VCI packaging is applied, with QR-coded labels for batch tracking, ensuring end-to-end supply chain transparency.

Welding Torches Catalogue

2026-05-28 5015

INWELT Welding Products Catalog.pdf

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2026-05-28 4930

MIG Welding Torch Catalogue.pdf

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2026-05-28 5013

Plasma Cutting Torch Catalogue.pdf

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2026-05-28 5055

TIG Welding Torch Catalogue.pdf

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INWELT Cooperation Process

Have Any Questions?

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  • Why is my MIG gun not feeding wire?

    A MIG gun may stop feeding wire because of a worn or blocked liner, incorrect drive roll tension, a worn contact tip, excessive spool tension or damaged welding wire. Check the complete wire-feeding path from the spool and drive rolls to the liner and contact tip. Replacing worn consumables and adjusting the drive system according to the welding machine manufacturer's recommendations can often restore smooth wire feeding.

  • Why does my MIG wire keep birdnesting?

    Birdnesting (wire tangling at the drive rolls) is usually caused by too much or too little drive-roll tension, a wrong-sized or dirty liner, the wrong drive rolls for the wire, or a blocked contact tip. The wire jams downstream and piles up at the feeder. Fix it by setting correct tension, matching liner and drive rolls to the wire size, cleaning the liner, and replacing a clogged tip.

  • Why does my MIG contact tip keep burning back?

    MIG contact tip burnback can be caused by incorrect welding parameters, excessive wire stickout, poor wire feeding, an incorrect contact tip size or a worn contact tip. Check the wire feed system, contact tip condition and welding parameters to identify the cause.

  • Why does my MIG gun overheat?

    A MIG gun overheats when it is operated beyond its rated duty cycle or amperage, has loose consumable connections, or has a damaged/undersized cable. High resistance from a hand-tightened contact tip also generates heat. Use a gun rated for your amperage, tighten consumables properly, stay within the duty cycle, and inspect the cable for damage.
     

  • Why is my MIG weld producing too much spatter?

    Excessive spatter usually points to incorrect voltage or wire feed speed, wrong gas or gas flow, a worn contact tip, or poor work-clamp ground. Re-balance your voltage and wire feed settings, verify shielding gas type and flow rate, replace worn consumables, and ensure a clean ground connection for a cleaner, lower-spatter weld.
     

  • Why is my TIG arc unstable?

    An unstable TIG arc is typically caused by insufficient or contaminated shielding gas, incorrect arc length, poor workpiece grounding, contaminated tungsten, incorrect polarity or amperage settings, or dirty base metal. When any of these factors disrupt the shielding or electrical continuity, the TIG arc becomes erratic, resulting in inconsistent heat input, poor weld bead appearance, and reduced weld quality.
     
    The most common causes include low argon gas flow, gas leaks in the hose or torch, excessive arc length, or a contaminated tungsten electrode that cannot maintain a focused arc. Poor grounding or a loose work clamp can also interrupt current stability, while incorrect settings on AC/DC polarity or amperage can further destabilize the arc, especially when welding aluminum or thin materials.
     
    To fix TIG arc instability, ensure proper argon shielding gas flow and coverage, check for leaks in the gas line, clean or replace contaminated tungsten, maintain a short and consistent arc length, and secure a clean, solid ground connection. Also verify that welding parameters such as amperage, balance (for AC TIG), and polarity are correctly set for the material being welded.
     
    Routine TIG torch maintenance, proper gas coverage, and correct welding technique are essential for achieving a stable arc, consistent penetration, and high-quality welds.

  • Why does my TIG tungsten keep getting contaminated?

    Tungsten contamination usually happens when the electrode touches the weld pool or filler rod, gas coverage is inadequate, or amperage is too low for the tungsten size. The result is a black, dirty weld and an erratic arc. Maintain proper arc length, ensure correct shielding-gas flow and pre/post-flow, and re-grind the tungsten on a dedicated wheel to restore a clean, stable arc.

  • Why does my TIG tungsten melt?

    TIG tungsten can melt or overheat because of excessive current, incorrect polarity, insufficient shielding gas, an undersized tungsten electrode or inappropriate AC settings. Select the correct tungsten size and type for the welding current and application, and verify the shielding gas and polarity.

  • Why is my TIG weld porous?

    TIG weld porosity occurs when gas bubbles become trapped in the weld metal during solidification, usually due to insufficient shielding gas coverage, contaminated base material, or improper welding technique. This results in small holes or voids in the weld bead, reducing strength, appearance, and structural integrity.
     
    The most common causes include low or inconsistent argon shielding gas flow, gas leaks in hoses or fittings, drafts or wind disrupting gas coverage, contaminated tungsten electrode, and dirty base metal with oil, rust, paint, or moisture. Excessive arc length or incorrect torch angle can also allow atmospheric contamination into the weld pool, leading to porosity.
     
    To prevent TIG weld porosity, ensure a stable and adequate argon flow rate, check the torch, regulator, and gas lines for leaks, and shield the weld area from airflow. Thoroughly clean the workpiece before welding, maintain a short and consistent arc length, and allow proper post-flow gas coverage to protect the cooling weld and tungsten.
     
    Regular TIG torch maintenance, correct shielding gas setup, and proper surface preparation are essential for achieving dense, clean, and defect-free welds.

  • Why does my TIG torch get hot?

    A TIG torch may become excessively hot when the welding current exceeds its rated capacity or duty cycle, when the torch is not adequately cooled, or when the torch and consumables are not correctly matched to the application. For higher-current or extended welding operations, a water-cooled TIG torch may be appropriate.

Contact Us

E-mail: Sales1@czinwelt.com
Whatsapp: +86-18112882579
Address: D819 Creative Industry Park, 
Changzhou, Jiangsu, China

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