This technology uses the most advanced IGBT high-frequency inverter technology to achieve a lightweight and efficient system.It is designed to handle high loads for long cutting operations. Non-contact high-frequency arc starting method, high success rate and minimal interference. The cutting current can be adjusted accurately and smoothly to adapt to different thickness requirements.
The system delivers superior cutting performance with excellent arc stiffness and a smooth cut. The slow rise of arc cutting current helps reduce impact and damage to the cutting nozzle. The power grid has wide adaptability and ensures the stability of cutting current and plasma arc.
The system has a user-friendly and beautiful design and is easy to operate. Key components adopt three-level protection, which is suitable for various harsh environments and ensures stable and reliable operation.
Product Model |
LGK-80S |
LGK-100N |
LGK-120N |
Input Voltage |
3-380VAC |
3-380V |
3-380V |
Rated Input Capacity |
10.4KVA |
14.5KVA |
18.3KVA |
Inverting Frequency |
20KHZ |
20KHZ |
20KHZ |
No-Load Voltage |
310V |
315V |
315V |
Duty Cycle |
60% |
60% |
60% |
Current Regulation Range |
20A-80A |
20A-100A |
20A-120A |
Arc Starting Mode |
High frequency non-contact ignition |
High frequency non-contact ignition |
High frequency non-contact ignition |
Cutting Thickness |
1~15MM |
1~20MM |
1~25MM |
Efficiency |
80% |
85% |
90% |
Insulation Grade |
F |
F |
F |
Machine Dimensions |
590X290X540MM |
590X290X540MM |
590X290X540MM |
Weight |
20KG |
26KG |
31KG |
The plasma cutting machine is an efficient and precise cutting tool for metal materials. It uses a plasma arc to generate intense heat, which is then passed through a nozzle to precisely cut the metal into the desired shape. This technology ensures high precision and efficiency in metal cutting operations.
Plasma cutting machine has the following functions:
High precision cutting: Plasma cutters utilize a powerful plasma arc to achieve precise metal cutting. With its high energy capabilities, it can effectively cut complex shapes in a short time while ensuring that the resulting cut edge retains its flatness and precision.
High efficiency: Plasma cutting machines have excellent cutting speed and excellent work efficiency. It can quickly cut a variety of metal materials, which not only improves production efficiency, but also significantly reduces working time.
Wide cutting range: Plasma cutters are versatile and can easily cut through various thicknesses and types of metal materials, including carbon steel, stainless steel, aluminum, and more. It is not limited by material hardness, making it a flexible tool for a variety of cutting tasks. The machine also has a wide cutting range, increasing its efficiency and versatility.
Automation control: In order to improve work efficiency and ensure high-quality products, modern plasma cutting machines are equipped with automated control systems. These systems automate the entire cutting process, resulting in precise and consistent cuts. This eliminates the need for manual intervention and reduces the chance of errors or inconsistencies. As a result, productivity is increased and the final product meets the required standards more accurately.
Safety performance: Plasma cutters are designed with several safety features to ensure operator health and protect the equipment. These safety measures include protection against overheating, overloading, and a variety of other potential hazards. By implementing these precautions, operators can work with peace of mind and machines can run smoothly without any unforeseen risks.
In general, the plasma cutting machine is a high-precision and high-efficiency metal cutting equipment. It is widely used in manufacturing, construction and other fields, and can meet the needs of various metal material cutting.
Steel structure, shipyard, boiler factory and other factories, construction sites.