OTC Welbee Welding Machine
Looking for cutting-edge welding machines in Batam? The OTC Welbee series sets a new global standard in digital inverter welding. Designed with next-generation waveform control and real-time digital feedback, these machines deliver unmatched arc stability, high-quality welds, and improved energy efficiency—perfect for industrial applications in Batam’s growing manufacturing sector.
Whether you’re handling mild steel, stainless steel, or aluminum, the Welbee series guarantees consistent performance across MIG/MAG, TIG, and Stick welding processes.
In the realm of welding technology, OTC Welbee welding machine has established itself as a game-changer, offering precision, efficiency, and reliability. Renowned for its advanced features and robust performance, the Welbee series caters to industries demanding high-quality welding solutions.
Welding of thin material at high speeds without material distortion
AC/MIG welding is a highly effective welding process that combines two important features: a higher melting rate and an improved penetration control. The increased melting rate at constant current input lowers the heat input into the workpiece. These features make it an ideal choice for welding thin metal sheets up to 0.6 mm in thickness without sacrificing the quality of the weld. AC/MIG welding is applicable for a wide range of materials, including steel, stainless steel, and aluminum.
Improved gab bridging
One notable advantage of AC/MIG welding is the flexibility it offers with regard to electrode polarity. In addition to the commonly used positive electrode, known as direct current electrode positive (DCEP), AC/MIG welding allows for the utilization of a negative electrode, referred to as direct current electrode negative (DCEN). This unique feature forms the basis of the welding process, as it involves the alternating current (AC) between DCEP and DCEN.
An important aspect influenced by the welding parameters is the EN Ratio, which refers to the proportion of time allocated to the DCEN polarity. By increasing the EN Ratio, there is a corresponding increase in the wire feed rate. Consequently, the higher wire feed rate leads to a greater deposition rate of the welding wire onto the workpiece. This enhanced deposition rate results in an improved capability to bridge gaps between materials during the welding process.
By adjusting the EN Ratio and increasing the wire feed rate, the deposition rate of the welding wire can be heightened, resulting in improved gap bridging capabilities.
Less welding fumes and oxid layers
AC/MIG welding also offers the benefit of producing less welding fumes and oxide layers. This results in a cleaner weld surface compared to other welding methods. The low temperature required for drop transfer in AC/MIG welding reduces the production of welding fumes. Consequently, there are fewer burn marks and less fume generated during the process. This contributes to a cleaner and visually appealing weld finish.
Welding of thin material at high speeds without material distortion
AC/MIG welding is a highly effective welding process that combines two important features: a higher melting rate and an improved penetration control. The increased melting rate at constant current input lowers the heat input into the workpiece. These features make it an ideal choice for welding thin metal sheets up to 0.6 mm in thickness without sacrificing the quality of the weld. AC/MIG welding is applicable for a wide range of materials, including steel, stainless steel, and aluminum.
Improved gab bridging
One notable advantage of AC/MIG welding is the flexibility it offers with regard to electrode polarity. In addition to the commonly used positive electrode, known as direct current electrode positive (DCEP), AC/MIG welding allows for the utilization of a negative electrode, referred to as direct current electrode negative (DCEN). This unique feature forms the basis of the welding process, as it involves the alternating current (AC) between DCEP and DCEN.
An important aspect influenced by the welding parameters is the EN Ratio, which refers to the proportion of time allocated to the DCEN polarity. By increasing the EN Ratio, there is a corresponding increase in the wire feed rate. Consequently, the higher wire feed rate leads to a greater deposition rate of the welding wire onto the workpiece. This enhanced deposition rate results in an improved capability to bridge gaps between materials during the welding process.
By adjusting the EN Ratio and increasing the wire feed rate, the deposition rate of the welding wire can be heightened, resulting in improved gap bridging capabilities.
Less welding fumes and oxid layers
AC/MIG welding also offers the benefit of producing less welding fumes and oxide layers. This results in a cleaner weld surface compared to other welding methods. The low temperature required for drop transfer in AC/MIG welding reduces the production of welding fumes. Consequently, there are fewer burn marks and less fume generated during the process. This contributes to a cleaner and visually appealing weld finish.
| Model | Welding Type | Material Compatibility | Key Features |
|---|---|---|---|
| WB-P500L | Pulse MIG | Mild Steel, SS | Arc control, Low spatter |
| WB-M350L | MIG/MAG | Steel, SS, Aluminum | Energy-saving, Easy interface |
| WB-T300P | TIG | Aluminum, Copper alloys | High-frequency arc start, Pulse TIG |
Fitting your needs
AC/DC TIG welding machine with hybrid AC+DC mode, up to 350A current, AC frequency up to 500Hz, perfect for aluminum and thin to thick steel plates.
Digital inverter welders with electronic reactor control, delivering high-quality welds with minimal spatter and optimal arc stability.
500A digital inverter welder featuring pulse mode, optimal current control, and high arc stability for superior welding quality.