Megmeet Welding Technology Co., Ltd

Megmeet Welding Technology Co., Ltd Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from Megmeet Welding Technology Co., Ltd, Commercial and industrial equipment supplier, 3rd Floor, Block C Unisplendour Information Harbor, Nanshan, Langshan Road, Shenzhen.

MEGMEET Welding Technology is a preferred supplier of professional arc welding equipment based on inverter and digital-control technology for robotic arc welding, welding automation and heavy-duty applications.

08/09/2026

Semi‑trailer guard rails come in two types — side and rear underrun protection — and are mandatory safety devices under GB 11567, keeping pedestrians and two‑wheelers from being dragged under the vehicle. Most are made of Q235 carbon‑steel square/rectangular tubes; some lightweight models use high‑strength steel.

This is medium‑difficulty welding. The real challenge is not a good‑looking bead but strength, dimensional tolerance, distortion control and regulatory strength. Continuous welding brings excessive heat input, causing warpage and size deviation that hurt strength and batch consistency.

With the Artsen Plus intermittent welding process, robotic welding machine delivers stable, well‑controlled intermittent welds. Precise heat‑input control reduces distortion while maintaining weld strength and dimensional tolerances.
The automated workstation supports efficient mass production with uniform weld beads, fewer straightening steps and faster cycle times — helping trailer makers cut costs and raise efficiency, with proven solutions for intelligent manufacturing of commercial‑vehicle steel structures.

03/09/2026

Rusty pipe‑flanges are frequently seen in marine pipe prefabrication. Pre‑weld grinding consumes plenty of working hours and slows shipbuilding delivery.

For rusty marine Q235 carbon steel pipe‑flange joints, the **pulse‑oscillation fine welding mode** allows direct welding on rust‑covered base metal with no post‑weld grinding. Optimized pulse‑oscillation arc characteristics effectively cut spatter and produce smooth weld beads.

Tailored for real‑world shipyard conditions, this process reduces pre‑treatment work while preserving mechanical weld performance, boosting throughput for marine steel‑structure and pipe workshops.

02/09/2026

Thick-plate welding in construction machinery often suffers from excessive spatter, poor bead appearance, and insufficient pe*******on. Critical Pulse technology offers a precise solution.

By precisely controlling the switching between peak and background current, the droplet achieves stable spray transfer at the critical threshold — resulting in near-zero spatter and a uniformly smooth weld bead. For carbon steel thick plates, Critical Pulse delivers deeper pe*******on and superior fusion, effectively reducing lack-of-fusion and slag inclusion defects while lowering heat input to minimize distortion.

From excavator structures to loader frames, Critical Pulse is becoming the standard in construction machinery welding — efficiency and quality, achieved in a single pass.

01/09/2026

Aerial Work Platform | Pulsed Short-Arc Welding for Carbon Steel: Stable Molten Pool, Less Spatter

The steel structures of aerial work platforms endure alternating loads throughout their service life, where weld quality directly determines safety and durability. In AWP manufacturing, the carbon steel pulsed short-arc process is becoming a key choice.

Compared with conventional short-arc transfer, the pulsed current delivers a more stable molten pool with better-controlled heat input, producing uniform weld beads and significantly less spatter. The results: denser, more robust welds, reduced post-weld grinding, and improved structural strength and surface quality.

For customers, this translates into more reliable lifting performance, longer service life, and lower overall maintenance costs. Every detail of the welding process is part of equipment quality.

31/08/2026

Airtight welding for thin‑wall home‑appliance housings remains a critical challenge in mass production. Here we share a practical case of scan‑beam autogenous laser welding for Midea refrigerator compressor shells. Without filler wire, metallurgical bonding is achieved solely by melting base material, meeting strict air‑tightness and pressure‑resistance requirements for compressors.

Key parameters: Peak power 2500 W, scan width 6.5 mm, scan frequency 40 Hz, welding speed up to 80 cm/min. The oscillating laser beam suppresses spatter and limits heat input, delivering minimal thermal distortion and consistent bead appearance for high‑speed automated lines.

This solution improves production yield and cuts rework cost, offering a proven reference for mass‑production laser welding of refrigeration and home‑appliance components. Welcome industry peers to exchange insights on thin‑wall hermetic welding.

29/08/2026

Circumferential seam welding of aluminum alloy round tubes represents a highly challenging working condition in robotic MIG welding.

Aluminum alloy features high thermal conductivity, susceptibility to oxidation, and high heat‑input sensitivity. During full‑position circumferential welding, uneven heat distribution, porosity tendency, and poor overlap between arc start and arc stop are the major pain points.

In this test, robotic double‑pulse MIG process was adopted to complete the butt welding of ring‑shaped tubular workpieces.

Welding parameters: Current 90‑110 A, Voltage 17‑18 V, Travel speed 18 cm/min.

Stable arc control restrains porosity, optimizes weld bead appearance, and achieves smooth transition at the arc‑start‑stop position.

28/08/2026

Sany Crane high‑strength steel (HSS) Telescopic Boom Thick‑Plate Welding | Megmeet Empowers Heavy Industry Manufacturing

Sany’s high‑strength‑steel telescopic booms serve as core load‑bearing components for large‑tonnage cranes. Thick‑plate welding faces typical technical challenges including cold cracking, HAZ toughness degradation, residual stress and welding distortion. Leveraging Megmeet all‑digital welding machines with high‑speed dynamic arc regulation and dedicated HSLA process models, heat input is precisely controlled to achieve low‑spatter metal transfer, ensuring excellent joint toughness and anti‑fatigue service performance.
Validated in mass production of Sany crane booms, the solution meets strict NDT standards and heavy‑duty operating requirements. It overcomes common bottlenecks in HSLA thick‑plate welding and represents leading practice for construction‑machinery boom fabrication, compatible with both robotic automatic lines and manual welding.

26/08/2026

Boost Special‑Vehicle Frame Production with Double‑Wire SAW Welding

Weld quality on special vehicle frame beams is critical to vehicle load‑bearing capacity, safety and service life. Conventional single‑wire submerged arc welding often suffers from insufficient pe*******on, poor weld bead appearance, slag inclusions and excessive distortion. These pain points make it hard to meet mass‑production requirements for high‑strength chassis beams.

Our double‑wire submerged‑arc welding solution is optimized specifically for heavy‑duty vehicle frame fabrication. Dual‑wire synchronized welding delivers well‑controlled heat input, minimising welding distortion and residual stress. It achieves reliable pe*******on with sound, uniform welds, offering outstanding tensile strength and fatigue resistance for harsh service conditions.

Welding productivity increases by more than 40%. One‑pass forming reduces rework and grinding, ensuring consistent weld quality across batches. It helps OEMs and fabricators boost throughput, lower overall production costs and achieve stable, high‑quality mass production.

Feel free to connect to discuss your frame‑welding challenges.

25/08/2026

Low‑Spatter Welding Solution | Megmeet Artsen Plus350 Empowers Motorcycle Frame Mass‑Production

Motorcycle frames feature complex tubular joints. Conventional MIG welding often brings excessive spatter, heavy post‑weld grinding, hard‑to‑control thermal distortion, poor start‑/stop‑arc quality, and inconsistent batch outputs, raising downstream costs and jeopardizing frame dimensional accuracy and structural reliability.
Megmeet Artsen Plus350 is a full‑digital intelligent MIG/MAG welder equipped with Tranquil Fusion low‑spatter technology. The 100 kHz high‑frequency inverter and millisecond‑level droplet control deliver nearly spatter‑free welding. High‑torque precision wire‑feeding ensures stable arc ignition, arc termination and wire retraction. Storable JOB profiles enable one‑click process switching and seamless integration with robots & dedicated machines for multi‑station frame production. Uniform weld beads cut grinding workload, heat input is well‑controlled to minimize distortion and boost yield rate. Reach out for sample testing and production‑line solutions.

25/08/2026

Mass‑production of carbon‑steel baskets for bicycles and e‑bikes is plagued by common drawbacks of conventional arc welding: heavy spatter, significant thermal distortion, prone‑to‑crack welds, and high costs stemming from grinding and rework.

The Megmeet RAY‑Series Robotic Laser Welder RAY‑1500 is purpose‑built for high‑volume hardware manufacturing. Its industrial‑grade laser source delivers stable output, and high‑redundancy chips effectively restrain power attenuation to sustain long‑duration full‑load operation. Featuring low heat input, it minimizes workpiece distortion and produces uniform weld beads with minimal spatter, drastically cutting post‑weld grinding procedures. High‑strength welded joints prevent basket cracking under heavy loads and reduce defect rates. Storable and recallable equipment parameters enable easy operation even for novice operators, delivering far higher welding efficiency than traditional processes. It empowers component manufacturers to improve quality and lower production costs. Feel free to reach out for sample testing and production‑line adaptation solutions.

Address

3rd Floor, Block C Unisplendour Information Harbor, Nanshan, Langshan Road
Shenzhen
518057

Opening Hours

Monday 08:30 - 20:00
Tuesday 08:30 - 20:00
Wednesday 08:30 - 20:00
Thursday 08:30 - 20:00
Friday 08:30 - 20:00

Telephone

+8613538222767

Website

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