Steel

Panasonic offers a versatile range of MAG, and MIG welding systems engineered for steel fabrication, delivering precise, high-strength welds essential for the durability, structural integrity, and performance of steel components across industrial sectors.

Home Generator Component

TAWERS TIG

Stable welding even in low weld current. Panasonic TIG welders deliver precision and quality ideal for fabricating durable home generator components.

Desktop Board

MAG/MIG Welding

Super Active Wire Feed Process
High accurate wire feed process enabled ultra low spatter even spot welding. These welding techniques are popular in industries like automotive, construction, and machinery manufacturing because of their efficiency, strong welds, and suitability for joining steel and aluminum materials.

Specification Table

Type	Home Generator Component	Desktop Board
Material	Steel	Steel
Thickness	0.8 x 1.0mm	0.6 x 1.0mm
Welding Process	TAWERS-TIG (Without Filler)	Super Active Wire Feed Process
Weld Joint	Flare	Butt
Weld Current	80A/20A	180A
Weld Voltage	-	17.5V
Weld Speed	0.30m/min	0.50m/min
Gas	Ar	80% Ar / 20% CO₂
Wire	-	Steel (Solid Wire)
Wire Diameter	-	Ø0.9mm

Plate thickness 1.1 to 2.0mm

Automobile Muffler

MAG/MIG Welding

Super Active Wire Feed Process

High accurate wire feed process enabling high speed welding in low weld current.

Panasonic’s MAG, and MIG welding technologies are essential in the automated production of automobile mufflers, delivering the high precision, speed, and durability required for modern manufacturing. These welding methods are specifically optimized for thin-gauge materials like stainless steel and mild steel, which are widely used in exhaust system components.

Automobile Seat Frame

MAG/MIG Welding

Hot Active Wire Feed Process

High accurate wire feed process enabling flat and broad bead appearance. Panasonic offers advanced MAG, and MIG welding technologies that are extensively used in the automated manufacturing of automobile seat frames. These methods deliver strong, accurate, and consistent welds - essential for meeting the strict safety and durability requirements of structural automotive components.

Automobile Jack Component

MAG/MIG Welding

Super Active Wire Feed Process

High accurate wire feed process enabling high speed welding in low weld current. Panasonic’s MAG, and MIG welding systems work great for making car jack parts automatically. These parts need to be strong and reliable because they handle heavy loads. Good welds are important to keep them safe and working well.

Chair

MAG/MIG Welding

SP-MAG II

TAWERS standard SP-MAG II waveform control could reduce spatter drastically. Panasonic’s MAG, and MIG welding technologies are extensively utilized in the production of metal chairs, delivering exceptionally strong and precise welds. These advanced welding methods ensure that each chair is not only sturdy and durable but also crafted with a clean, professional finish that meets high-quality standards.

Ventilator Motor Base

MAG/MIG Welding

Super Active Wire Feed Process

High accurate wire feed process enabling ultra high speed welding. Panasonic’s MAG, and MIG welding technologies play a vital role in the precise and dependable production of ventilator motor bases. These parts need strong and accurate welds to provide stable support and ensure durable performance in essential medical devices.

Specification Table

Type	Automobile Muffler	Automobile Seat Frame	Automobile Jack Component	Chair	Ventilator Motor Base
Material	Steel	Steel	Steel	Steel	Steel
Thickness	1.2 x 1.2mm	1.8 x 2.8mm	1.2 x 1.6mm	1.6 x 1.6mm	1.6 x 1.6mm
Robot Type	TAWERS	TAWERS	TAWERS	TAWERS	TAWERS
Welding Process	Super Active Wire Feed Process	Super Active Wire Feed Process	Super Active Wire Feed Process	Super Active Wire Feed Process	Super Active Wire Feed Process
Weld Joint	Edge	Butt	Lap	Saddle	T
Weld Current	40A	150A	130A	180A	200A
Weld Voltage	14.9V	15.2V	16.6V	15.3V	15.5V
Weld Speed	0.80m/min	0.45m/min	1.80m/min	0.80m/min	1.20m/min
Gas	CO₂	80% Ar / 20% CO₂	CO₂	80% Ar / 20% CO₂	80% Ar / 20% CO₂
Wire	Steel (Solid Wire)	Steel (Solid Wire)	Steel (Solid Wire)	Steel (Solid Wire)	Steel (Solid Wire)
Wire Diameter	Ø0.9mm	Ø1.2mm	Ø1.2mm	Ø1.2mm	Ø1.2mm

Plate thickness 2.1 to 3.0mm

Click through the slideshow to discover appliances for 2.1 to 3.0mm steel welding.

Automobile Wheel

MAG/MIG Welding

VP1 Power Supply
VP1's optimum pulse form in each current enables high speed welding. Panasonic’s MAG and MIG welding are commonly used to make car wheels, especially for joining parts like rims, discs, and centers. These methods create strong, precise, and reliable welds, which are important for vehicle safety and performance.

Gas Vessel

MAG/MIG Welding

SP-MAG II

TAWERS standard SP-MAG II waveform could reduce spatter drastically.

Panasonic’s MAG and MIG welding technologies are widely used in the manufacturing of gas vessels, where strength, safety, and leak-proof welds are essential. These welding methods are ideal for handling thick materials and ensuring durable, high-quality joints under pressure.

Metallic Materials for Foundation of Building

MAG/MIG Welding

Using super active wire feed process, we can realize high-speed welding.

Panasonic’s MAG and MIG welding technologies are ideal for welding metal components used in building foundations, such as steel beams, base plates, and structural supports. These welding methods provide strong, reliable joints that are critical for the stability and safety of large structures.

Specification Table

Type	Automobile Wheel	Gas Vessel	Metallic Materials for Foundation of Building
Material	Steel	Steel	Iron and Steel
Thickness	2.3 x 3.2mm	2.5 x 5.2mm	2.3 x 6.0mm
Robot Type	TM/TL + VP1 Power Supply	TAWERS	TAWERS
Welding Process	Normal Pulse	SP-MAG 2	Super Active Wire Feed Process
Weld Joint	Lap	T	T, Fillet
Weld Current	230A	180A	220A
Weld Voltage	23.4V	16.6V	20.0V
Weld Speed	1.40m/min	0.40m/min	1.50m/min
Gas	Ar + CO₂+ O₂	80% Ar / 20% CO₂	CO₂
Wire	Steel (Solid Wire)	Steel (Solid Wire)	Steel (Solid Wire)
Wire Diameter	Ø0.9mm	Ø0.9mm	Ø1.2mm

Plate thickness 3.1 to 4.5mm

Injection Pipe

MAG/MIG Welding

Super Active Wire Feed Process
High accurate wire feed process enables ultra low spatter. Panasonic’s MAG/MIG welders ensure durable, high-performance joints in injection pipe manufacturing.

Automobile Torque Converter

MAG/MIG Welding

Super Active Wire Feed Process
High accurate wire feed process enabling high speed welding in high weld current. Panasonic's MAG/MIG welding machines are commonly used in the automotive industry to produce key parts like torque converters, which are essential for automatic transmissions.

Truck Component

MAG/MIG Welding

Super Active Wire Feed Process
Realizes slug welding with special gas and super active welding process. Panasonic's MAG/MIG welding machines are widely used in truck manufacturing for assembling a range of critical components.

Specification Table

Type	Automobile Torque Converter	Truck Component
Material	Steel	Steel
Thickness	4.3 x 4.6mm	4.5 x 4.5mm
Welding Process	Super Active Wire Feed Process	Super Active Wire Feed Process
Weld Joint	T	T
Weld Current	310A	200A
Weld Voltage	19.8V	17.0V
Weld Speed	0.85m/min	0.50m/min
Gas	80% Ar / 20% CO₂	80% Ar / 20% CO₂
Wire	Steel (Solid Wire)	Steel (Solid Wire)
Wire Diameter	Ø1.2mm	Ø1.2mm

Plate thickness 4.6 to 10.0mm

Steel Pipe Pile

MAG/MIG Welding

Standard CO₂ Gas Welding
TAWERS standard CO₂ gas welding process is designed for thick plates achieving stable results. Panasonic’s MAG/MIG welding machines are widely used in the construction industry for welding steel pipe piles. Built to accommodate different pipe sizes and thicknesses, these machines deliver accurate, efficient welds that are critical for the strength and stability of foundations and structural supports

Construction Equipment Boom

MAG/MIG Welding

HD-Pulse
High speed welding and ultra low spatter realized thanks to stable droplet transfer. Panasonic provides a comprehensive selection of MAG and MIG welding machines designed for construction equipment, including boom structure applications.

Oil Hydraulic Cylinders

MAG/MIG Welding

Super Active Wire Feed Process
High accurate wire feed process enables ultra low spatter in high weld current. Panasonic MAG/MIG welders ensure strong, precise welds essential for reliable oil hydraulic cylinder production.

Injection Pipe

MAG/MIG Welding

Super Active Wire Feed Process
High accurate wire feed process enables ultra low spatter. Panasonic’s MAG/MIG welders ensure durable, high-performance joints in injection pipe manufacturing.

Specification Table

Type	Steel Pipe Pile	Construction Equipment Boom	Oil Hydraulic Cylinders	Injection Pipe
Material	Steel	Steel	Steel	Steel
Thickness	8.2 x 19.0mm	10.0 x 10.0mm	7.5 x 8.5mm	4.2 x 4.2mm
Robot Type	TAWERS	TAWERS	TAWERS	TAWERS
Welding Process	Normal-CO₂	HD-Pulse	Super Active Wire Feed Process	Super Active Wire Feed Process
Weld Joint	Lap	T	T	T
Pulse	-	-	-	-
Weld Current	280A	330A	280A	180A
Weld Voltage	28.1V	28.3V	21.9V	18.4V
Weld Speed	0.40m/min	0.50m/min	0.60m/min	0.60m/min
Gas	CO₂	80% Ar / 20% CO₂	CO₂	CO₂
Wire	Steel (Solid Wire)	Steel (Solid Wire)	Steel (Solid Wire)	Steel (Solid Wire)
Wire Diameter	Ø1.2mm	Ø1.2mm	Ø1.2mm	Ø1.2mm

TAWERS WG3 Arc welding system

Optimum welding processes are achieved by utilising an integrated inverter power source within the robot controller, ensuring complete synergy within the common control system. This ensures that the established benefits and advantages of the existing TAWERS Fusion Technology are also now available for use for the range of MIG, MAG and DC TIG welding process.

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TAWERS WGH3 Arc welding system

Optimum welding processes are achieved by utilising an integrated inverter power source within the robot controller, ensuring complete synergy within the common control system.This ensures that the established benefits and advantages of the existing TAWERS Fusion Technology are also now available for use with WGH3.

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TAWERS WG4 Arc welding system

The TAWERS-WG4 Arc Welding System is suitable for CO2, MAG, MIG and Stainless Steel welding applications.

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PERFORMARC ET-XL

The Pansonic arc welding robot cell PERFORMARC ET (Electrical Turntable) is a modular concept, developed using standard reliable Panasonic components.

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PERFORMARC ET-XXL

The Pansonic arc welding robot cell PERFORMARC ET (Electrical Turntable) is a modular concept, developed using standard reliable Panasonic components.

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PERFORMARC PA-ET-2PD

The Pansonic arc welding robot cell PERFORMARC ET (Electrical Turntable) is a modular concept, developed using standard reliable Panasonic components.

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PERFORMARC ET-2DK-500

The Pansonic arc welding robot cell PERFORMARC ET (Electrical Turntable) is a modular concept, developed using standard reliable Panasonic components.

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Steel

Plate thickness less than 1.0mm

Home Generator Component

Desktop Board

Specification Table

Plate thickness 1.1 to 2.0mm

Automobile Muffler

Automobile Seat Frame

Automobile Jack Component

Chair

Ventilator Motor Base

Specification Table

Plate thickness 2.1 to 3.0mm

Automobile Wheel

Gas Vessel

Metallic Materials for Foundation of Building

Specification Table

Plate thickness 3.1 to 4.5mm

Injection Pipe

Automobile Torque Converter

Truck Component

Specification Table

Plate thickness 4.6 to 10.0mm

Steel Pipe Pile

Construction Equipment Boom

Oil Hydraulic Cylinders

Injection Pipe

Specification Table

TAWERS WG3 Arc welding system

TAWERS WGH3 Arc welding system

TAWERS WG4 Arc welding system

PERFORMARC ET-XL

PERFORMARC ET-XXL

PERFORMARC PA-ET-2PD

PERFORMARC ET-2DK-500

PERFORMARC TT-2DK-300