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Plasma Cutting Machine
(384 products available)The plasma cutting machine is a high-quality cutting device specifically designed for cutting metal consistently and accurately and is used in different industries. Unlike other metals, the process of plasma cutting works with a high-temperature or ionized gas to supply the energy needed to create clean and precise cuts in conductive materials. Steel, aluminum, and copper are just a few conductive metals suitable for use in a plasma cutter. Definitely needed for fabrication, manufacturing, and repair where speed and cut precision are essential! The plasma cutting machine operates with an advanced control system and runs smoothly with settable cutting parameters. Whether the operator manually controls it, semi-automatically, or fully automatically, the level of consistency will be matched with minimal waste of material. A plasma machine is an energy-efficient piece of equipment and optimizes its power while producing exceptional results! The machine's durable design combines with reliability and is efficient enough for small shops or large industrial situations. With a simple interface, the operator can quickly adjust controls to accommodate the requirements for various cutting techniques. For someone looking for fast or quality metal cutting, a plasma cutting machine provides both an inexpensive and low-maintenance option. Look for the newest plasma cutting machines and the most advanced technology at Aajjo. Read more
Plasma Cutting Machine Products, Price, Specifications & Features
Cut 60 plasma and arc machine, Automation Grade: Semi-Automatic
₹ 26,000 35,000 26.00% Off
Get Best Price| Brand: Weldman |
| Automation Grade : Semi Automatic |
| COLOR : BLUE |
| Max Cutting Thickness : 15 mm |
| Phase : SINGLE PHASE |
Plane Cutting Machine
| Brand: Hypertherm |
| Brand : Hypertherm |
| Cooling Type : Water |
| Input Voltage : 415 v |
| Inverter Technology : IGBT |
Plasma Cutting Machine
₹ 25,000
Get Best Price| Brand: Minicut |
| Brand : Minicut |
| Cooling Type : Air |
| Input Voltage : 220 v |
| Inverter Technology : Yes |
Plasma Cutting Machine, Automation Grade: Manual
₹ 68,000
Get Best Price| Automation Grade : Manual |
| Max Cutting Thickness : 30 mm |
| Type of Machine : Inverter Plasma Cutting Machine |
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CNC Cutting Machine
₹ 4,75,000
Get Best Price| Application : Sheet Cutting |
| Automation Level : Semi Automatic |
| CNC Controller : Hypertherm |
| Cutting Area : 1300×2500 mm |
Plasma Cutting Machines
₹ 60,000
Get Best Price| Automatic Grade : Semi-Automatic |
| Cutting Capacity : 15MM |
| Max Cutting Thickness : 15 mm |
| Model Number : CUT 60 |
Plasma Cutting Machine
₹ 40,000
Get Best Price| Cutting Method : Plasma |
| Cutting Thickness : 0.5 - 50mm |
| Effective Cutting Width : 1.5 m - 3 m |
| Max Cutting Length : 500-1000 mm |
Kolkata, West Bengal
Table Top Plasma Cutting Machine
₹ 7,95,000
Get Best Price| Automatic Grade : Fully-automatic |
| Machine Capacity : 1500x3000,2000x4000,2000x7000 |
| Model : Table Top Plasma Cutting Machine |
| Phase Material : Mild Steel |
₹ 8,00,000
Plasma Cutting Machine
₹ 92,000
Get Best Price| Automation Grade : Semi Automatic |
| Capacity : 200 |
| Frequency : 50/60 |
| Gas Supply : Natural Air |
Plasma Cutting Machine, 65A 3Ph Powemax65: Hypertherm, Model Name/Number: Powermax 65
₹ 6,50,000
Get Best Price| Brand : Hypertherm |
| Gas Supply : Clean, dry, oil-free air or nitrogen |
| I Deal In : New Only |
| Max Cutting Speed : 0-500 mm/min |
Bengaluru, Karnataka
GST - 29AAGCP0579A1ZH
Plasma Cutting Machine
₹ 2,00,000
Get Best Price| Brand: EMEI |
| Automation Grade : Fully Automatic |
| Brand : EMEI |
| Coolant Tank Capacity : 25 Ltr, 30 Ltr |
| Country of Origin : Made in India |
₹ 1,00,000
Plasma Cutting Machine, Automation Grade: Semi Automatic
₹ 20,000
Get Best Price| Automation Grade : Semi Automatic |
| Power Source : Plasma Cutting Machine |
| Type of Machine : Air Plasma Cutting Machine |
| Usage/Application : Plasma Cutting Machine |
Inverter Based Igbt Plasma Cutting Machine, Automation Grade: Manual
₹ 47,500
Get Best Price| Automation Grade : Manual |
| Capacity : 50 mm |
| Delivery Time : Ready Stock |
| Frequency : 50/60 Hz |
Plasma Cutting Trolley, Automation Grade: Semi Automatic, Max Cutting Thickness: 1.8 Meter Multiple
₹ 39,700
Get Best Price| Automation Grade : Semi Automatic |
| Brand : FOHMICS INDUSTRIAL MACHINERY |
| Max Cutting Thickness : 1.8 meter multiple |
| Model Name/Number : Cut Plasma |
₹ 6,22,000
₹ 80,00,000
₹ 7,50,000
HI Definition Plasma Cutting Machine, Automation Grade: Fully Automatic
₹ 10,00,000
Get Best Price| Automation Grade : Fully Automatic |
| Availability : In Stock |
| DEALS IN : NEW ONLY |
| Dimension Lx W X H Mm : as per std / customize / requirement |
60 Hz Mild Steel CNC Plasma Cutting Machine, 415 V, Automation Grade: Fully-automatic
₹ 1,30,000
Get Best Price| Automation Grade : Fully-automatic |
| Cutting Speed : 6000mm/Minute |
| Cutting Thickness : 30 mm |
| Material : Mild Steel |
Semi-Automatic Plasma Cutting Machine
₹ 65,000
Get Best Price| Automatic Grade : Semi-Automatic |
| Input Power Capacity : 15 KVA |
| Input Power Voltage : AC 400 V |
| Max Cutting Speed : 500-1000 mm/min |
₹ 68,000
₹ 1,65,000
₹ 55,000
Plasma Cutting Machine
₹ 2,00,000
Get Best Price| Automation Grade : Fully Automatic |
| Availability : In Stock |
| Max Cutting Thickness : 10 mm |
| Type of Machine : Inverter Plasma Cutting Machine |
Plasma Cutting Machine
₹ 85,000
Get Best Price| Automatic Grade : Fully Automatic |
| Max Cutting Thickness : Up To 10 mm |
| Model : Plasma Cutting Machine |
| Type of Machine : Gas Plasma Cutting Machine |
Plasma cutting machine, Max Cutting Thickness: 100mm, Model Name/Number: Mms 3200
| Brand: Mms |
| Automation Grade : Fully Automatic |
| Availability : In Stock |
| Brand : Mms |
| Max Cutting Thickness : 100mm |
Big Gantry Laser Oxyfuel Type Flame / Plasma Cutting Machine For Stainless Steel
₹ 5,40,000
Get Best Price| Automatic Grade : Fully Automatic |
| Country of Origin : Made in India |
| Machine Capacity : 250mm |
| Model : Big Gantry Laser Oxyfuel Type Flame / Plasma Cutting Machine For Stainless Steel |
₹ 8,65,000
Plasma Cutting Machines
₹ 22,000
Get Best Price| Cutting Method : AC Motor |
| Frequency : 50Hz |
| Model : Plasma Cutting Machines |
| Voltage : 220 - 415V |
Plasma Cutting Machine
₹ 28,00,000
Get Best Price| Automatic Grade : Fully Automatic |
| Effective cutting length : 3000-4000 mm |
| Effective Cutting Width : 3000-4000 mm |
| Model : Plasma Cutting Machine |
Plasma Cutting For Designing Works
₹ 13,00,000
Get Best Price| Capacity : 1500 x 3000mm |
| Max Cutting Thickness : Up To 10 mm |
| Model : Plasma Cutting For Designing Works |
| Type of Machine : Air Plasma Cutting Machine |
₹ 35,000
Virgo Pluse 80 Plasma Cutting Machine, Automation Grade: Manual
₹ 60,000
Get Best Price| Automation Grade : Manual |
| Frequency : 50 Hz |
| Max Cutting Thickness : 30mm |
| Model Name/Number : Virgo Pluse 80 |
Plasma Cutting Machine Chopper Assembly Service
₹ 25,000
Get Best Price| Brand : HYPERTHERM / KJILLBERG |
| Current Adjustment Range : 30A-300Amps |
| Delivery Time : 3 DAYS |
| Max Cutting Thickness : >30 mm |
Air Plasma Cutting Machine, Automation Grade: Manual
₹ 1,80,000
Get Best Price| Automation Grade : Manual |
| Country of Origin : Made in India |
| Max Cutting Thickness : upto 5 mm |
| Type of Machine : Plasma Cutting Machine |
Inverter Plasma Cutting Machines
₹ 1,85,000
Get Best Price| Automatic Grade : Semi Automatic |
| Cutting Thickness : 30 mm |
| Effective Cutting Width : 3000 mm |
| Max Cutting Length : 2000 mm |
₹ 19,000
₹ 19,000
DH WELDING Lgk Plasma, Automation Grade: Semi Automatic
₹ 5,98,800
Get Best Price| Automation Grade : Semi Automatic |
| Brand : DH WELDING |
| Model Name/Number : LGK |
| Type of Machine : Sheet Metal Cutting Machine |
Otto Arc LKG 80s Plasma Cutting Machine
₹ 42,000
Get Best Price| Automation Grade : Semi Automatic |
| Max Cutting Thickness : 20 mm |
| Model : Otto Arc LKG 80s Plasma Cutting Machine |
₹ 35,500
Plasma Cutter 45 CT, Automation Grade: Fully Automatic
| Automation Grade : Fully Automatic |
| Availability : In Stock |
| Country of Origin : Made in India |
| Type of Machine : CNC Plasma Cutting Machine |
Plasma Cutting Machines
₹ 62,000
Get Best Price| Country of Origin : Made in India |
| Recommended Order Quantity : 1 |
Mild steel and stainless steel Esab Cutmaster 60i
₹ 2,45,000
Get Best Price| Air Supply : 8.6 BAR |
| Automation Grade : Manual |
| Brand : ESAB |
| Capacity : 60 A |
₹ 1,95,000
Cnc Plasma Power Source Max
₹ 60,000
Get Best Price| Country of Origin : Made in India |
| Model : Pro C100TA, Pro C120TA |
Cut 100 Plasma Cutting Machines
₹ 68,500
Get Best Price| Automation Grade : Semi Automatic |
| Cut : 100 Cut |
| Effective cutting length : 1000-2000 mm |
| Effective Cutting Width : 1000-2000 mm |
Unicorn Plasma Cutter, Automation Grade: Fully Automatic
₹ 2,55,000
Get Best Price| Automation Grade : Fully Automatic |
| Availability : In Stock |
| Max Cutting Thickness : 35 mm |
| Type of Machine : Inverter Plasma Cutting Machine |
Air Plasma Cutting Machine
₹ 35,000
Get Best Price| Automatic Grade : Automatic |
| Brand : Epic |
| Finish : Coated |
| Material of Construction : Cast Iron, Mild Steel |
₹ 28,000
Great Yuva Cut 101 CNC Plasma cutting machine
₹ 56,250
Get Best Price| Automatic Grade : Manual |
| Capacity : 15 KVA |
| Frequency : 50/60Hz |
| Model : Great Yuva Cut 101 CNC Plasma cutting machine |
Plasma Cutting Machine, Automation Grade: Manual, Max Cutting Thickness: 35 Mm
₹ 50,000
Get Best Price| Automation Grade : Manual |
| Brand : JASIC/WESCO |
| Capacity : 35 mm |
| Frequency : 50/60 Hz |
₹ 35,000
Panasonic Plasma Cutting Machine, Max Cutting Thickness: 40 mm, Model Name/Number: PS-100
₹ 2,65,000
Get Best Price| Automation Grade : Semi Automatic |
| Brand : Panasonic |
| Capacity : 100 A |
| Delivery Time : 2 WEEK |
CNC Cutting Machine 1325, 10 mm, 500-1000 mm/min
₹ 4,50,000
Get Best Price| Frequency : 50-60 Hz |
| Max Cutting Length : 1000-2000 mm |
| Max Cutting Speed : 500-1000 mm/min |
| Max Cutting Thickness : 10 mm |
ATS ELGI Plasma Cutter, Automation Grade: Manual
₹ 65,000
Get Best Price| Air flow : 40 l/min |
| Automation Grade : Manual |
| Brand : ATS ELGI |
| Compressor air pressure : 7 bar |
Hypertherma Plasma Cutter
₹ 2,00,000
Get Best Price| Automation Grade : Semi-Automatic |
| Color : Grey |
| Material : Mild Steel |
| Model : Hypertherma Plasma Cutter |
₹ 87,000
₹ 40,000
Plasma Cutting Machine
₹ 5,00,000
Get Best Price| Cutting speed : 10,000 mm/min |
| Duty Cycle : 80 % @ 105 |
| Frequency : 50 Hz |
| Gas Supply : Clean Dry Oil Free Air Or Nitrogen |
Top Plasma Cutting Machine Manufacturer and Supplier
Frequently Asked Questions about Plasma Cutting Machine
What is plasma cutting machine?
Made to cut through electrically conductive metals, including steel, stainless steel, aluminum, brass, and copper, a plasma cutting machine is It works by making an electric circular segment between the metal workpiece and a terminal housed inside a burn. Like compressed discuss or nitrogen, this circular segment ionizes a gas, changing it into plasma—a superheated, electrically charged gas capable of temperatures past 20,000°C. A tall speed plasma fly blowing through a little spout onto metal softens it immediately. The gas's control impacts the absence of the liquid metal at the same time to create a clean cut. Since they give fast, correct, and productive cutting for both lean and thick metal sheets, plasma cutting machines are broadly utilized in metal creation, car repair, development, and mechanical fabricating, whether manual or robotized. Making perplexing shapes or point-by-point cuts that would be challenging with ordinary mechanical cutting, rebellious is particularly profited from the method. Their speed, precision, and capacity to make small, warm mutilation cuts in a wide range of metal thicknesses make plasma cutters prized instruments.
Which gas is used in plasma cutting?
Plasma cutting equipment operates on special gasses based on the metal type and thickness to cut and the cut quality desired. The four most common gases are argon, nitrogen, oxygen, and compressed air. Inexpensive, readily available, and effective in cutting mild steel, stainless steel, and aluminum up to approximately one inch in thickness, compressed discs are used most frequently. Nitrogen is in some cases chosen for cutting bigger material or working with stainless steel and aluminum since it generates perfect cuts with the minimum oxidation. Since oxygen generates excellent, top-quality edges and offers higher cutting speeds, cutting soft steel is best done with it. When used sparingly—especially in combination with hydrogen—argon regularly bends and produces great results when cutting particularly thick or unique metals. The gas choice affects the metal's highlights, thickness, and general wrap-up as well. Using the correct gas guarantees exact, clean, and efficient cuts, so plasma cutting can be a flexible technique for many metalworking uses.
What is the working principle of plasma?
The working idea of plasma cutting is to create plasma, an electrically conductive gas with high temperature, to cut over metal. The technique starts when a gas—like nitrogen or pressurized air—is struck through a small spout inside the plasma burn. An electric circular segment generates inside the burn between the metal workpiece and a cathode. This arc ionizes the gas to transform it into plasma, which can reach 30,000°C or so. Very hot and fast-moving, the plasma weakens the metal at contact just absent. At the same time, the control of the gas affects the absence of the liquid metal, producing a proper cut. Over the workpiece, completing an electrical circuit lets the plasma circular segment effectively convey vitality. This method is significantly faster and cleaner than standard cutting techniques in any scenario of the type or thickness of the conducting metal and can be connected on a length of Plasma cutting is founded on the mix of ionized gas and electrical vitality, which, coupled, produce the remarkable warmth and drive needed to rapidly and precisely cut metal.
What are 2 advantages of plasma cutting?
Two of the most significant advantages of plasma cutting are its incredible speed and incredible versatility. Ideal for a wide range of applications and materials, nearly all electrically conductive metals such as steel, stainless steel, and aluminum may be used to plasma cut. During seminars on a variety of metals, the versatility is extremely beneficial. Another important advantage of the approach is its speed. For medium thickness metals, plasma cutting is especially faster than conventional oxy-fuel cutting techniques. Separated from enhanced yield, the great speed reduces labor cost and time required. Furthermore, exact, clean cuts made by plasma cutting with less wrapping up help to maximize productivity and quality in metal fabrication processes.
Is plasma cutting AC or DC?
Usually, using direct current (DC), plasma cutting devices generate and support the necessary plasma arc for metal cutting. Whereas from the most control source, a plasma cutter's control supply, on the other hand, current (AC) power is changed into a dependable coordinate current. Usually between 200 and 400 volts, this DC voltage helps to maintain the consistency and stability of the plasma circle segment within the cutting process. It is absolutely essential since a consistent bend guarantees proper and neat cuts on many kinds of metals. Whereas the cutting process runs DC, the machine could start the plasma bend using a high-frequency AC voltage. Ionizing the gas inside the burn transforms it into plasma in this high-frequency start. Following the building of the circular segment, the machine moves to run the plasma fly under DC control. A few contemporary plasma cutters use inverter innovation to transform over AC to DC and then to high-frequency DC, so improving effectiveness and control. Though plasma cutters get AC control from the electrical supply, generally the real cutting makes and maintains the plasma bend using DC control. This combination allows plasma cutting machines to operate fast on unique conductive metals and perfectly on other materials.
Is plasma cutting a CNC?
Plasma cutting itself uses a high-temperature plasma arc to slice electrically conducting metals. Plasma cutting is not, as it might be, a naturally occurring CNC process. Computer numerical control, or CNC, is the application of a computer to guide the growth of the plasma burn in specified directions. When plasma cutting is combined with CNC innovation, one gets a CNC plasma cutting machine. Driven by a computer under the appropriate information, the plasma burner in these machines is mounted on a moving table and produces exquisite planes, straight lines, or complicated shapes with amazing reproducibility and accuracy. over hand plasma cutting, made possible by computerized metal cutting, is faster, steadier, and more sophisticated. CNC plasma cutters are mostly used in divisions counting development, fabrication, and creation since they provide great efficiency, amazing cut quality, and the capacity to handle both basic and sophisticated cutting uses. Therefore, even if hand plasma cutting is possible, CNC plasma cutting is especially referring to robotized, computer-driven plasma cutting.
What is the maximum thickness for plasma cutting?
The best thickness a plasma cutting machine can monitor depends on the type and cutter control. Usually able to cut steel plates up to generally 38 mm (1.5 inches), handheld plasma cutters can Especially for soft steel, the best thickness for more efficient, mechanical, or CNC-operated plasma cutters can reach up to 150 mm (about 6 inches). Most mechanical and manufacturing workshops commonly use plasma cutters since most daily employment covers the run of materials up to 25 mm to 50 mm thick. Apart from influencing the actual most extreme thickness, elements determining the type of metal, the quality of the plasma cutter, the amperage, and the designated cut quality count as well. High-end machines allow cutting thicker materials, but speed and edge quality may suffer as thickness increases. Refer constantly to the specs for your particular plasma cutter to ensure the best comes about and synchronize the machine's capacity to meet your cutting needs. Plasma cutting is still a preferred technique for both thin and thick metal because of its speed, accuracy, and adaptability for handling a wide spectrum of fabric thicknesses.
What is the theory of plasma cutting?
Using a jet of superheated, electrically ionized gas called plasma, plasma cutting theory is based on cutting through electrically conductive metals. The approach begins when a minor spout within the plasma burn strengths a compressed gas, say nitrogen or talk, through. Between it and the metal workpiece ionizing the gas and producing plasma, a cathode within the burn generates an electric bend. Aimed at phenomenal speed onto the metal, this plasma rapidly softens it at contact and achieves temperatures above 20,000°C.By then the constrain of the gas fly hits absent the liquid metal produces a slick and accurate cut. The bend effectively exchanges vitality by completing the electrical circuit across an establishing clamp fastened to the workpiece. Plasma cutting is mostly used in divisions comprising manufacture, car repair, and development for both lean and thick materials since it provides fast, accurate, and flexible cutting for metals including steel, stainless steel, and aluminum. For challenging shapes and extremely gritty tasks, advanced metalworking finds amazing use for the method either physically or with computer-operated machinery.
What is the temperature of plasma?
Usually ranging in temperature from 20,000°C to 30,000°C, plasma in a plasma cutting machine is, or perhaps tall. A few advanced models allow plasma temperatures to very nearly reach 40,000°F (about 22,000°C).The surface of the sun has about 5,500°C; this solid heated is much hotter. Such high temperatures are basic since plasma cutting depends on effective metal dissolving in a short time. An electric circular section ionizes the gas within the plasma burn, transforming it into plasma and bringing the extraordinarily high temperatures closer. Toward that point, the heated plasma fly points directly toward the metal, softening it exactly at contact. Furthermore affecting absence of the liquid metal is the restriction of the gas, which produces a slick and accurate cut. Variables include the type of gas used, the current setting, the spout design, and the thickness or type of metal being cut will affect the precise temperature. Given these high temperatures, plasma cutting is particularly efficient for precisely and quickly cutting through a run of conductive metals.
What are the 2 different types of plasma cutter available?
Two basic models of plasma cutters are manual and CNC ones. Manual plasma cutters are portable and low weight tools. Small jobs, maintenance, or when you need to work someplace else are perfect since people hand-cut metal for these purposes. Though they are easiest to operate and ideal for cutting little metal, they are not as strong or exact as more bigger equipment. Large machinery running under computer control are CNC plasma cutters. The computer accurately directs the machine where to cut, therefore enabling extremely sophisticated and exact metal designs. These devices are utilized in workshops or factories where several metal pieces must be precisely and fast cut. They can repeatedly and quite precisely cut thicker metal and perform the same action over and over. Therefore, manual plasma cutters are appropriate for small, straightforward projects even if CNC plasma cutters are ideal for quick, exact cuts for bigger or more complex ones. Both kinds have value depending on the kind of metal cutting you have to do.
What is the material of plasma?
One particular type of gas that gets quite, quite hot and charges with electricity called plasma. It is something else entirely than a solid or liquid; it is the fourth state of matter. In plasma cutting, the gas applied could be argon, nitrogen, oxygen, or compressed air. Plasma results from this gas passing the plasma cutter and meeting an electric spark. This plasma melts the metal so it may be cut easily since it gets much hotter than a standard flame. Working on metals that carry electricity, such as steel, aluminum, copper, and others, the plasma cutter is Strong elements like copper and occasionally rare metals like tungsten are found inside the plasma torch to manage the very high heat and electricity. Thus, the "material" of plasma is essentially the gas transformed into this superhot, electrically charged condition. It is this heated plasma that precisely and fast cuts through the metal.
What is the main function of plasma?
In plasma cutting, plasma acts essentially as a solid, high-temperature tool, softening and cutting through electrically conducting metals. An electric bend warms a gas—say nitrogen—until it becomes ionized and electrically conductive, producing plasma. This plasma reaches really high temperatures—often past 20,000°C—that would quickly disintegrate metal at the site of contact. The focused, high-speed fly directed by the plasma toward the metal lets it rapidly and perfectly cut through lean and thick materials. Simultaneously, the drive of the gas affects the absence of the liquid metal to produce a perfect, accurate cut. Fabricating, automotive maintenance, and development all use this method for cutting metals like steel, stainless steel, and aluminum. Advertising a quick, flexible, all-around layout for metal creation, plasma's capacity to supply solid warmth in a controlled and compact stream makes it ideal for cutting intricate forms and point-by-point plans.
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