380V High-Frequency Micro-Arc Welding Machine for | RFQ Sourcing Details

This high-frequency micro-arc welding machine is designed for precision welding of inductor terminals and related electronic components. Listed applications include components used in power adapters, chargers, electronic transformers, communication equipment, electronic control systems, and automotive sensors.

Its vertical, one-body configuration uses water cooling and requires 380V, 50/60. Hz input power. Three configurations are listed: 200A, 300A, and 500A. Their stated output power is 1500W, 2000W, and 3000W respectively.

Listed welding-capacity ranges are 0.5–2.0mm for the 200A model, 0.5–4.0mm for the 300A model, and 0.5–6.0mm for the 500A model. All three configurations specify a welding speed range of 0–30cm/min, a required welding gap below 0.2mm, argon or nitrogen shielding gas, and an optional A or B torch type.

The equipment description states that high-frequency current generates micro-arcs for rapid terminal welding. An integrated control system is provided for controlling welding parameters. Listed protective functions include overheat, overcurrent, and short-circuit protection.

The machine is also described as having a small heat-affected zone intended to limit distortion and oxidation during welding. The published overall dimensions are 1500 × 800 × 1800, although the unit of measurement is not stated.

Listed machine weights are 380kg, 430kg, and 485kg for the 200A, 300A, and 500A configurations respectively. Equipment can be customized according to the actual project requirements and is packed in a wooden case for transport.

Before procurement, confirm the precise welding process and machine architecture because the supplied information uses several classifications, including micro-arc, argon arc, pulse-current, intermediate-frequency, and a listed 1064nm wavelength.

Buyers should request a configuration-specific technical sheet identifying which characteristics apply to the selected model.

Also confirm the measurement basis for welding capacity, dimensional units, required utilities, cooling-system requirements, compatible workpiece materials, joint geometry, shielding-gas consumption, included tooling, and acceptance-test criteria.

A sample welding test is available and can help establish whether the equipment produces an acceptable joint on the buyer’s actual parts. Commercial and service details should be confirmed in the final order.

The supplied information lists a minimum order of one unit, a one-year warranty, technical consultation, and configuration-dependent production timing.

Buyers should document the selected model, customization scope, test procedure, inspection standard, included accessories, spare-parts coverage, commissioning responsibilities, and delivery schedule before purchase.