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Plasma Cutter Suppliers
Updated Feb 13, 2025
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Plasma cutters are used in metal fabrication, HVAC ducting, pipework, automotive repair, on-site equipment maintenance, and even decorative artwork.
Unlike laser cutters, Plasma cutters utilise a high-velocity compressed gas, charged by electrodes, to generate a high-temperature plasma jet that is hot enough to melt through metals. A nozzle guides the flow and size of the plasma jet to focus it on the cutting area.
Plasma cutting is compatible with all electrically conductive metals. Thus, sporting broad material capabilities including mild steel, stainless steel, copper, and aluminium.
A typical plasma cutter features the following components:
- Power Supply: The electric power supply ensures a smooth, uninterrupted plasma arc throughout the cutting operation.
- Arc Start and Control Module: This unit generates the pilot arc. Modern machines also come equipped with precise arc control, dynamically adjusting the arc parameters according to changing work conditions.
- Torch Gun: The plasma is ejected from the tip of the torch gun. Operators/CNC machines guide the torch along the cutting path to perform cutting or gouging, as required.
Plasma cutting is considered superior to its common alternative - oxyacetylene cutting – owing to its fast cutting speed, smaller heat-affected zone, and smooth, burr-free cutting action.
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BOC Limited | Gases, Safety Products, Welding Equipment
BOC a member of The Linde Group, supplies compressed and bulk gases, chemicals and equipment throughout Australia, New Zealand and the South Pacific. The company develops safe, sustainable and innovative solutions for customers in many specialty sectors, heavy industry and medical environments. For more than a century the company's gases and expertise have contributed to ...
BOC a member of The Linde Group, supplies compressed and bulk gases, chemicals and equipment throughout Australia, New Zealand and the South Pacific. The company develops safe, sustainable and innovative solutions for customers in many specialty sectors, heavy industry and medical environments. For more than a century the company's gases and expertise have contributed to ...
Plasma Cutter
Plasma Cutter
What is a plasma cutter and how does it work?
A plasma cutter is a tool used to cut through metal and other materials using a high-temperature plasma arc. The cutter works by forcing compressed air or gas through a small nozzle, which creates an electrical arc that heats the gas to a high temperature. This superheated gas then becomes plasma, which can cut through metal by melting it away. The plasma cutter can be used to cut through a variety of metals, including steel, aluminum, and copper, and is often used in manufacturing, automotive repair, and metal fabrication industries. The tool is precise and efficient, allowing for clean and accurate cuts with minimal waste material.
What are the different types of plasma cutters available in Australia?
Plasma cutters are popular cutting tools used in various industries. In Australia, there are different types of plasma cutters available, including:
- Handheld Plasma Cutter: These cutters are portable and easy to use. They are perfect for small to medium cutting jobs and can cut through various materials.
- CNC Plasma Cutter: These cutters are computer-controlled and can cut precise shapes and designs. They are mostly used in industrial settings and can cut through thick materials.
- High Definition Plasma Cutter: These cutters use advanced technology to produce cleaner cuts with less slag. They are perfect for cutting materials that require high precision.
- Inverter Plasma Cutter: These cutters are lightweight and energy-efficient. They are ideal for DIY projects and can cut through thin materials.
- Dual Gas Plasma Cutter: These cutters use two gases, usually oxygen and nitrogen, to produce a high-temperature plasma arc. They are perfect for cutting thick materials.
What thickness of material can a plasma cutter cut through?
A plasma cutter can cut through varying thicknesses of material depending on the power of the cutter. Generally, a plasma cutter can cut through materials ranging from thin gauge sheet metal to thick plate steel, with some models capable of cutting through materials up to 6 inches thick or more. The thickness of material that can be cut also depends on the amperage and voltage of the plasma cutter, as well as the type of gas and consumables used. It is important to choose the right plasma cutter for the material you will be cutting to achieve the best results.
What are the factors to consider when choosing a plasma cutter?
When choosing a plasma cutter, there are several factors to consider:
- Power source: Plasma cutters can be powered by either electricity or compressed air. Electric plasma cutters are more common, but compressed air models are more suitable for outdoor use.
- Cutting capacity: Consider the thickness of the metal you will be cutting and choose a plasma cutter that can handle that thickness.
- Cutting speed: Look for a plasma cutter that has a high cutting speed, so you can get your work done quickly and efficiently.
- Duty cycle: The duty cycle refers to the amount of time a plasma cutter can operate continuously before it needs to cool down. Choose a plasma cutter with a duty cycle that meets your needs.
- Portability: If you need to move your plasma cutter around, look for a model that is lightweight and easy to transport.
- Price: Plasma cutters come in a wide range of prices, so consider your budget before making a purchase.
What is the minimum power requirement for a plasma cutter?
A plasma cutter typically requires a minimum power requirement of 120 volts and 20 amps. It is important to check the manufacturer's specifications for the specific model you are considering to ensure that you have the necessary power supply to operate the plasma cutter safely and effectively.
What is the duty cycle of a plasma cutter and how does it affect its performance?
A duty cycle is the amount of time a plasma cutter can operate at full power within a 10-minute period. For example, if a plasma cutter has a duty cycle of 60%, it can run for 6 minutes before it needs to cool down for 4 minutes. The duty cycle affects performance in that a higher duty cycle means the plasma cutter can work longer without interruption, which is important for large cutting jobs. It's important to choose a plasma cutter with a duty cycle that matches your cutting needs.
What safety features should I look for in a plasma cutter?
Here are some general safety features to look for in a plasma cutter:
- Auto-shutoff - This feature automatically turns off the plasma cutter when it's not in use, reducing the risk of accidents.
- Thermal overload protection - This feature protects the plasma cutter from overheating and causing damage or injury.
- Air pressure gauge - This gauge helps monitor the air pressure in the plasma cutter, ensuring that it's operating safely.
- Safety trigger - This feature requires the user to press a trigger before the plasma cutter starts cutting, preventing accidental cuts.
- Ground clamp - This clamp helps ground the plasma cutter, reducing the risk of electrical shock.
- Eye protection - Plasma cutting produces bright light that can damage eyesight. Look for a plasma cutter with a built-in eye protection system or wear appropriate eye protection.
- Insulated handle - An insulated handle helps prevent electrical shock and reduces the risk of burns.
- Cut capacity - Choose a plasma cutter with a cut capacity that matches your needs to avoid overworking the machine and causing accidents.
How much does a plasma cutter cost in Australia?
Prices for plasma cutters in Australia vary depending on the brand, model, and features. The most basic models can start at around $500, while more advanced models with higher cutting speeds and precision can cost upwards of $10,000. Some popular brands of plasma cutters in Australia include Hypertherm, Cigweld, and Lincoln Electric. It's important to research and compare different models to find the best fit for your needs and budget.
What are the maintenance requirements for a plasma cutter?
Maintenance requirements for a plasma cutter include regular cleaning and inspection of the torch and electrode, checking the air pressure and flow rate, replacing worn or damaged consumables such as nozzles and electrodes, checking the coolant level and changing it as needed, and inspecting and tightening all connections and fittings. Additionally, it is important to follow the manufacturer's recommended maintenance schedule and to use only high-quality consumables and replacement parts. Proper maintenance can help extend the life of the plasma cutter and ensure optimal performance.
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Plasma Cutter Costs and Supplier Insights
The listed price of a Plasma Cutter for sale ranges from $500 to $3,000, averaging $1,750.
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