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Supplier: Lincoln Electric Co. (The)
Description: high frequency. Front Panel Purge Control - Makes it easy to set the air flow rate without initiating the plasma arc. Cool Operation, Long Consumable Life- New electrode and nozzle design save you money in the long run. Input Power 208-575/1/3/50/60 Processes Plasma cutting and gouging
- Duty Cycle: 100 %
- Output Current Range: 20 to 60 amps
- Output Voltage Range: 96 to 104 volts
- Process Capability: Cutting / Gouging Equipment, Welding Equipment
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Supplier: Lincoln Electric Co. (The)
Description: Top Features Output 40A 5/8 in. maximum cut @ 12 ipm Rapid Arc Restrike Front Panel Purge Control Cool Operation, Long Consumable Life Input Power 208/230/1/50/60 Processes Plasma cutting for mild steel, brass, stainless steel, copper, aluminum
- Duty Cycle: 100 %
- Output Current Range: 10 to 40 amps
- Output Voltage Range: 89.6 to 91.8 volts
- Process Capability: Cutting / Gouging Equipment, Welding Equipment
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Supplier: Neeltran, Inc.
Description: At Neeltran, we are uniquely positioned because we are one of the few companies in the world that designs and manufactures its own rectifier-transformers and rectifiers in the same facility for torch based applications. This capability allows for combined Full Current and Full Voltage factory
- DC Output Voltage: 0 to 3,000 volts
- DC Output Current: 0 to 100,000 amps
- AC Input Voltage: 0 to 34,500 volts
- Input Frequency: 50 to 60 Hz
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Supplier: Koike Aronson/Ransome, Inc.
Description: The Handy Auto series machines provide endless possibilities with the unique ability to make clean, accurate cuts by motorizing the hand cutting method. The cuts made by the Handy Auto are so clean that secondary preparation is not required for most applications. This saves you time and the cost of
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Supplier: Miller Electric Manufacturing Co.
Description: Plasma cutting is used in cutting and gouging applications, and requires compressed air and electricity to create plasma gas. Miller plasma cutters can cut up to 7/8-inch steel and stainless steel material, and up to 5/8-inch aluminum material. Explore our full line of
- Duty Cycle: 25 to 100 %
- Output Current Range: 15 to 140 amps
- Output Voltage Range: 92 to 230 volts
- Features: 115 / 120V 60 Hz, 208-230 / 240V 60 Hz, 460 / 480V 60 Hz, 50 Hz / International Power, 575 / 600V 60 Hz, Single-phase
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Supplier: ESAB Welding and Cutting Products
Description: Designed for superior cutting performance and ease of handling, the PT-39 torch produces clean, high quality cuts. Features Small profile for those hard-to-reach places Ergonomic handle for operator comfort Big face switch maximizes convenience when wearing welder’s gloves New blowback
- Equipment Type: Gun / Torch
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Supplier: ESAB Welding and Cutting Products
Description: This ruggedly designed torch provides excellent performance for everyday use as part of a specially configured ESAB Smart Plasma (ESP) heavy mechanized cutting system. Features Heavy-duty performance – cuts up to 6 in. (152.44 mm) Designed for exceptional durability Precision
- Duty Cycle: 1 %
- Equipment Type: Gun / Torch
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Supplier: PlasmaCAM, Inc.
Description: edges in long parts. Wide plasma cutting torch compatibility with a simple, easy-to-install interface. Works with common hand torch (machine torch not needed). Includes specialized PlasmaCAM design and control software. Video-based instruction manual is easy to navigate
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Supplier: ESAB Welding and Cutting Products
Description: Designed for superior cutting performance and ease of handling, the PT-38 torch produces clean, high quality cuts. Features Ergonomic handle for operator comfort Big face switch maximizes convenience when wearing welder's gloves New blowback technology Easily repairable in the field Minimum
- Duty Cycle: 1 %
- Equipment Type: Gun / Torch
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Supplier: Advance Cutting Systems, Inc.
Description: plasma cuts. The power supply and plasma torch can run continuously without shutting down or overheating. There is an extreme cost savings on replacement parts and plasma consumables. KALIBURN's patented electrode last up to 4 hours, which is twice as long as any other!
- DC Output Current: 45 amps
- AC Input Voltage: 208 to 575 volts
- DC Input Voltage: 175 volts
- Input Frequency: 50 to 60 Hz
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Supplier: ESAB Welding and Cutting Products
Description: Designed for superior operator comfort, ESAB's PT-31XL and PT-31XLPC are the most compact 50 Amp torches on the market. Features Excellent cutting capability–manually cuts up to 3/4 in. (19 mm); severs up to 1 in. (25.4 mm) New, durable torch cable prevents snagging on fixtures and materials
- Duty Cycle: 1 %
- Equipment Type: Gun / Torch
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Supplier: Lincoln Electric Co. (The)
Description: Plasma cutting ... Anywhere, Anytime Tomahawk® cutting systems are portable enough to carry to any jobsite for fast and precise cutting. The Tomahawk® 375 Air plasma cutting system arrives ready to go for fast and precise cutting. With the 375 Air, forget the grinder – simply pick up
- Equipment Type: Complete System
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Supplier: Koike Aronson/Ransome, Inc.
Description: The Monograph Millennium CNC Plasma Cutting Machine has a 5' x 10' or a 5' x 20' effective cutting area with a 5/8" thick maximum plate capacity. The Monograph Millennium plasma cutting machine is a unique, unitized table with a guide frame system that supports the machine and the
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Supplier: BUG-O Systems, Inc.
Description: The GO-FER III Plasma Kit is specifically designed to work in conjunction with a plasma machine. It's travel speed of 8-100 inches per minute (203-2640mm/min) and it's direct rack and pinion drive makes it ideal as an all position portable cutting machine for a plasma
- Features: Automated (Robot / CNC), Other, Single-phase
- Process Capability: Cutting / Gouging Equipment, Plasma Arc, Welding Equipment
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Supplier: Hypertherm, Inc.
Description: With the maximum power and performance for Powermax air plasma cutting systems in our line, the Powermax125 severs 57 mm (2-1/4") thick metals at 125 mm/min (5 ipm). With 100% duty cycle and Powermax reliability, it is ready for the most demanding cutting and gouging jobs. New Duramax Hyamp
- Duty Cycle: 100 %
- Output Current Range: 30 to 125 amps
- Output Voltage Range: 175 volts
- Input Current: 24 to 38 amps
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Supplier: Koike Aronson/Ransome, Inc.
Description: Rugged, easy to assemble, aluminum extruded frame and electrical enclosure • 4 ft. and 5 ft. of cut width • 4, 8, and 10 ft. of cut length • Dual side drive gantry • Cutting/Rapid speed 0 - 800 IPM • 1/2 in. maximum plate thickness • CAD/CAM Software • Auto torch height control with arc
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Supplier: BUG-O Systems, Inc.
Description: CB-1P Plasma Circle Burner, for cutting beveled holes in lightwall pipe or vessels with wall thicknesses up to 3/8" (7 mm). This machine is supplied with a Thermal Dynamics air plasma power source, torch and 50' (15 m) leads. The unit operates on 220/50-60/1 power (3 phase also
- AC Input Voltage: 208-230 / 240V 60 Hz
- Equipment Type: Complete System
- Features: Programmable / Recall
- Input Phase: Single-phase, Three-phase
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Supplier: Advance Cutting Systems, Inc.
Description: When oxyfuel just won’t cut it, step up to plasma cutting with the KALIBURN SR-100i. If you need the right unit to tackle light-duty fabrication (½’’ or less), or jobs like ductwork and insulation, the KALIBURN SR-100i is a powerful way to cut through it all. Even if you’ve never used
- DC Output Current: 45 amps
- AC Input Voltage: 208 to 575 volts
- DC Input Voltage: 175 volts
- Input Frequency: 50 to 60 Hz
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Supplier: Advance Cutting Systems, Inc.
Description: so that you can tailor all of the cutting parameters to your specifications. Optionally, our patented INOVA Torch Height Control System can be built into the ProLine 2200, greatly simplifying installation. If you are looking for precision, high current density plasma process technology
- DC Output Current: 200 amps
- AC Input Voltage: 208 to 575 volts
- Input Frequency: 50 to 60 Hz
- Number of Outputs: 1 #
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Supplier: Hypertherm, Inc.
Description: The Sensor PHC offers easy installation on new or existing conventional plasma cutting tables with any CNC and a broad range of plasma systems. Available in several application-specific configurations, the Sensor PHC delivers improved performance at a reduced cost compared to other
- Configuration: Desktop
- Features: Other
- Applications: Torch Table
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Supplier: Hypertherm, Inc.
Description: The new XPR300™ represents the most significant advance in mechanized plasma cutting technology, ever. This next generation system redefines what plasma can do by expanding its capabilities and opportunities in ways never before possible. With unmatched X-Definition™ cut quality on
- Duty Cycle: 100 %
- Output Current Range: 300 amps
- Output Voltage Range: 50 to 210 volts
- Peak Output Power: 0.9799999999999973 to 63.00000000000003 kwatts
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Supplier: Advance Cutting Systems, Inc.
Description: The Powermax85 combines the latest technological innovations and four Duramax™ series torch options with 85 amps of cutting power to make it the premier 1" air plasma system for handheld or mechanized cutting and gouging. Applications Hand cutting Gouging Mechanized cutting - X-Y Table
- Input Current: 19.5 to 70 amps
- Duty Cycle: 100 %
- Output Current Range: 25 to 85 amps
- Output Voltage Range: 143 volts
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Supplier: Progressive Surface
Description: The 100HE is a major improvement in plasma torch design. Our patented arc root stabilization technology and efficient use of ternary gas mixtures (Ar, N & H or He) produce a high performance plasma coating process with remarkable capabilities. Able to apply plasma spray
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Supplier: Progressive Surface
Description: The Progressive Surface MPC 1100 Plasma Control offers a simple to use gas control system for operating the 100HE plasma torch or standard plasma guns. Designed for the production environment, this plasma spray control system utilizes a PLC for control of the
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Supplier: Progressive Surface
Description: This multi-station, robotic system applies plasma sprayed coatings on piston rings. This system utilizes Progressives 100HE High Enthalpy Plasma torch for improved coating quality and deposit efficiency. Stacks of rings are loaded into the machine at an outside station. A 4-stop
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Supplier: BUG-O Systems, Inc.
Description: The G0-Fer III Plasma Kit is specifically designed to work in conjunction with a plasma machine. It's travel speed of 8-100 inches per minute (203-2640 mm/min) and it's direct rack and pinion drive make it ideal as an all position portable cutting machine for a plasma
- Features: Ground Teeth
- Preload: Mechanical Preload
- Gearing: Straight Tooth
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Supplier: Progressive Surface
Description: This plasma spraying cell incorporates an acoustical spray booth, ventilation system, an ABB IRB-4400 Robot, standard and extension plasma torches, and Progressive Surface's CITS closed loop plasma spray control system. The system includes dual load doors with multi-axis
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Description: scope is extended to cable-hose assembly connected between a power source and ancillary equipment (see Clause 1); - torch parts, as recommended by the manufacturer, are included in the safe plasma cutting system design (see 7.4.2); - new flammability requirement for handle material
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Supplier: CSA Group
Description: scope is extended to cable-hose assembly connected between a power source and ancillary equipment (see Clause 1); - torch parts, as recommended by the manufacturer, are included in the safe plasma cutting system design (see 7.4.2); - new flammability requirement for handle material
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Description: Standardizes the test conditions and methods for determining the main parameters and technical characteristics of electroheat equipment using one or more plasma torches. Specifies methods of test for: a)spraying, cutting and welding; b)solid, liquid and gaseous charge heating equipment.
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Description: IEC/TS 60680 specifies test methods for thermal plasma torch systems and installations using thermal plasma torch systems. Standardizes the test methods and conditions for determining the main parameters and technical characteristics. Safety requirements for these systems
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Supplier: CSA Group
Description: IEC/TS 60680 specifies test methods for thermal plasma torch systems and installations using thermal plasma torch systems. Standardizes the test methods and conditions for determining the main parameters and technical characteristics. Safety requirements for these systems
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Description: Specifies safety requirements applicable to arc plasma heating installations using hand-operated torches or mechanically-operated torches, for example for welding, cutting or spraying.
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Supplier: Radwell International
Description: RETAINING CAP FOR PLASMA WELDING TORCH. FREE 2 YEAR RADWELL WARRANTY
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Supplier: Radwell International
Description: QUICK DISCONNECT TORCH, FOR PLASMA CUTTING SYSTEM. FREE 2 YEAR RADWELL WARRANTY
- Type: Fusible
Find Suppliers by Category Top
Conduct Research Top
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100HE TM Plasma Torch Stability
Data from a 16-hour process run to validate the consistency of the 100HE plasma torch voltage and current control.
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The 100HE Plasma Torch - a technical solution to thermal barrier coatings
The aircraft and industrial gas turbine industries constantly face new challenges as their hot section products are required to operate at higher temperatures and faster speeds for improved efficiency. To achieve this enhanced performance, the industry relies more and more on protective and
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Drawing with Fire: Creating Intricate Designs and Practical Pieces, Two Artists Find Commonality in a Powerful Plasma Torch
How artists are relying on plasma to create intricate designs.
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New battery manufacturing processes at UofM Dearborn reduce time, expense using 100HE plasma torch
Pravansu Mohanty, associate professor of mechanical engineering at University of Michigan - Dearborn, has developed a new approach for direct deposition of phosphate and oxide compounds used in Lithium-ion batteries.
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Cutting 3D with a plasma table
Cutting software and hardware configuration options have expanded substantially in the past few years so that it is now feasible to cut domed and other 3D parts on a plasma table, provided you have 5-axis capabilities and a bevel head, or a robot with which to run your plasma torch. If you are keen
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What is Plasma Arc Cutting?
through a gas, and constrict it through a small orifice. Now that stream is really dense and moving very fast. The resulting stream can melt and blow through most metals quite easily. That's a plasma torch.
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Emerging Applications at University of Michigan - 100HE Axial Feed Liquid Precursor Plasma Spray
An overview of emerging applications using the 100HE plasma torch developed at the University of Michigan for medical implant and renewable energy programs.
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Manual plasma cutting and gouging in 2018
Plasma cutting challenges include cutting metal in a hidden or hard-to-reach area or precisely removing a weld without damaging the surrounding metal. Another challenge is removing temporary attachments, which is difficult to do without a significant amount of grinding. Find out how new specialty
More Information Top
Indicates content that may require registration and/or purchase.
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Thermal Spray Fundamentals
Based on the first plasma torch designs, new spray devices have been developed which continued up to now.
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THERMAL PLASMAS FOR HAZARDOUS WASTE TREATMENT PROCEEDINGS OF THE INTERNATIONAL SCHOOL OF PLASMA PHYSICS "PIERO CALDIROLA"
Design of a plasma torch for toxic waste treatments .
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ZIMR3606P221
The requirements and limitations of furnaces and plasma torches for cold hearth remelting processes are discussed and existing transferred arc plasma technology critically reviewed, placing particular emphasis on identifying which commercial systems are applicable to these processes.
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Application of modern diagnostic methods to environmental improvement. Annual progress report, October 1994--September 1995
3-18 4-1 A map of thevelodtyfieldbetweenthe tip of the N-50 plasma torch ahd the graphdte bizet cadRode.
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Thermal Spraying for Power Generation Components
… System 41 Flame and Arc Spray Torches 43 HVOF Process 45 Comparison of HVOF Fuels 47 A Brief Overview of the Major Existing HVOF Systems 48 Possible Improvements of HVOF Systems 51 Plasma Process 54 A Brief Overview of Plasma Torches 58 .
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Georgia Tech Final Report Demonstration In Situ Plasma Vitrification Technology for Savannah River Site Contaminated Soils (U)
Keywords: plasma, in-situ, vitrification, soil, glass waste form, plasma torch .
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Thermal Plasma Sources: How Well are They Adopted to Process Needs?
In this paper, a short review is presented of a selected number of commercially available plasma sources that are using DC and/or RF inductively coupled plasma torch technologies.
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Liquid and solution treatment by thermal plasma: a review
DC plasma torch for treating contaminants in liquid and solutions .