Technologies

We have 3 main technological platforms for customers to choose from

Over the past three decades, Heron has developed numerous advanced metal joining solutions that have been trusted by manufacturers all over the world.  Our resistance welding, clinching, riveting, and automated assembly solutions are widely used in the automotive, compressor, low-voltage electrical equipment, home appliance, and hardware industries.

Our resistance welding process

We continuously explore new technologies and processes in the field of metal joining, strengthening our position as a world-class provider of metal joining technologies and equipment systems.

Resistance welding process for copper tubes and steel shells

Resistance welding process for liquid storage tank end caps

Resistance welding process for brake gas chamber

Resistance seam welding process for silver copper strips

Resistance welding process for the upper and lower cover of air conditioning compressor

Resistance welding process for stainless steel bucket inlet and outlet

We have a professional team with rich experience

HERON has a robust team of over 100 highly experienced professional engineers, with more than 60% of employees having devoted over 10 years to the company.
30+ years of experience
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6000+ customer projects
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20+ countries/regions
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MFDC Technology

Medium Frequency DC Resistance Welding

With a three-phase input supply, MFDC resistance welding significantly reduces transformer size, and the welding time is only in milliseconds when compared to AC. Moreover, the more stable welding current output and high heating intensity result in excellent performance when welding materials such as high-temperature alloys, non-ferrous metals and high strength steels.

CDW Technology

Medium Voltage Capacitor Discharge Welding Technology

The technology of medium voltage capacitor discharge resistance welding was pioneered by Heron in 2010. This technology consists of non-polarized capacitors made of metal film with a capacity that is resistant to decay and explosion. Capacitor discharge welding is characterized by a fast rise in current, and extremely short time in welding.

FSPR Technology

Flush Self-Pierce Riveting

The FSPR process involves automatically feeding a special rivet into the upper rivet head through special riveting equipment, piercing the base material with the rivet during the punching process, and then forming a reliable connection after extrusion around the rivet through the lower die.

Independently developed real-time
quality monitoring system

HERON is currently building its own big data and quality analysis system, which will provide intelligent quality assurance systems for industrial mass production. 

Get in touch with us

Whether you are looking for a quotation or partnership support, we are happy to assist you.

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