D. H. Enterprises

MIG/MAG welding is also commonly used in the sheet metal industry, particularly in the car industry, body shops, and small industry. Hobbyists and home users also most commonly have a MIG/MAG welding machine

Features:
Digital Inverter design control
MIG/GMAW and FCAW welding outfit which offers stable, low spatter arc performance 
Stick function adds an extra dimension of versatility and performance when MIG conditions aren’t ideal 
Adjustable MIG arc force strictly execute the arc features for fine tuning arc characteristics in MIG and Stick modes 
Greater efficiency and higher power factor results in greater power saving
Digital Display licence accurate and repeatable setting of welding limits
Printed circuit wire feeder motor for advance resolution and reliability
Designed to work even under higher ambient temperatures up to 55°C
Digitally controlled waveform facilitate superior arc features 
Lightweight and compact
Automatic compensation for mains voltage fluctuations Uniform wire feeding through dual gear driven drive
IP 23S rating designed & approved for outdoor use
 
The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.
The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.
Current Range: 50-500 Amp

The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.

The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.

Current Range: 50 to 400 Amp

The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.

The types of wire we used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.

Current Range: 20 to 270 Amp

The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.

The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.

Current Range: 50 to 400 Amp

Features:

Digital inverter design control

MIG/GMAW and FCAW welding outfit which offers stable, low spatter arc performance 

Stick function adds an extra dimension of versatility and performance when MIG conditions aren't ideal 

Adjustable MIG arc force strictly execute the arc features for fine tuning arc characteristics in MIG and Stick modes 

Greater efficiency and higher power factor results in greater power saving

Digital Display licence accurate and repeatable setting of welding limits

Printed circuit wire feeder motor for advance resolution and reliability

Designed to work even under higher ambient temperatures up to 55°C

Digitally controlled waveform facilitate superior arc features 

Lightweight and compact

Automatic compensation for mains voltage fluctuations 

Uniform wire feeding through dual gear driven drive IP 23S rating designed & approved for outdoor use

Current Range: 60-400 Amp 

Wire Feeding Speed: 10-20 m/min

Wire Diameter: 0.8 to 1.2 mm

Reliable MIG/MAG welding machines designed for repair work in the automotive industry. Tested and trusted by professionals. With all features and functions needed for auto repair welding.

• Pulse MIG/MAG welding and MIG brazing
• User-friendly – speeds up your work process
• Advanced welding functions such as double pulse
• Delivers clean and strong welds

Features:
It is dual function machine in single or three phase 
Digital inverter design control
MIG/GMAW and FCAW welding outfit which offers stable, low spatter arc performance 
Higher accuracy due to power SMD technology 
Uniform wire feeding through dual gear driven drive 
Automatic compensation for mains voltage fluctuations 
Lightweight and compact 
Digitally controlled waveform facilitate superior arc features 
Designed to work even under higher ambient temperatures up to 55°C
The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.
The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.
Current Range: 60 to 400 Amp

 We have been capable of successfully manufacturing, importing, exporting and supplying MIG 630 Welding Machines. Keeping our costumer's requirements in mind,these machines are made under  supervision of our professional engineer. These highly efficient machines have never let us down in performing well with low consumption of power. They are compact and easy to use.It made by DH ENTERPRISES

• Maintains a constant rate, often used with voltage-sensing feeders, ideal for consistent, long-run welds.
• Voltage Sensing: Adjusts wire feed speed based on changes in the arc voltage to maintain a consistent arc length.
• Synergic: Synchronizes the wire speed with the welding voltage, automatically adjusting based on user settings. ESAB +1

• Increased Productivity: Provides a continuous flow of wire, reducing downtime compared to manual filler rod insertion.
• Improved Quality: Delivers precise, consistent wire feeding, resulting in better bead appearance and structural integrity.
• Versatility: Used in manufacturing, heavy steel fabrication, and automotive industries. Scie