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Hobart AirForce 12ci Plasma Cutter with Built-In Air Compressor
- $393.00
- Brands Hobart
- Product Code: 500564
- Availability: In Stock
Hobart AirForce 12ci Plasma Cutter with Built-In Air CompressorThe Hobart AirForce 12ci Plasma Cutter is a compact, self-contained plasma cutting system designed for portable metal-cutting applications. Its built-in air compressor eliminates the need for a separate compressed-air source, making the unit particularly convenient for mobile repair work, workshops, garages, and maintenance tasks.With ..
Key Features of Hobart AirForce 12ci Plasma Cutter
Hobart AirForce 12ci Plasma Cutter with Built-In Air Compressor
The Hobart AirForce 12ci Plasma Cutter is a compact, self-contained plasma cutting system designed for portable metal-cutting applications. Its built-in air compressor eliminates the need for a separate compressed-air source, making the unit particularly convenient for mobile repair work, workshops, garages, and maintenance tasks.
With a 12-amp cutting output, the AirForce 12ci is intended for lighter-duty cutting of electrically conductive metals. Its compact design makes it easy to transport and set up when access to a conventional shop compressor is limited.
Key Features
12-Amp Plasma Cutting Output: Designed for light-duty cutting applications.
Built-In Air Compressor: Provides the required compressed air without a separate compressor.
Compact and Portable: Easy to move between work areas and suitable for mobile applications.
Inverter-Based Design: Provides a compact power source for convenient transportation.
Plasma Arc Cutting: Cuts electrically conductive metals without the need for a mechanical blade.
Pilot-Arc Technology: Helps establish the cutting arc without continuous direct contact with the workpiece.
Multiple Metal Compatibility: Suitable for cutting compatible conductive metals such as steel, stainless steel, and aluminum.
Self-Contained Setup: Combines the plasma power source and air supply in one unit.
Product Specifications
| Specification | Details |
|---|---|
| Brand | Hobart |
| Model | AirForce 12ci |
| Product Type | Plasma Cutter |
| Maximum Cutting Output | 12 A |
| Cutting Process | Plasma Arc Cutting |
| Air Supply | Built-In Air Compressor |
| Power Technology | Inverter |
| Compatible Materials | Electrically Conductive Metals |
| Typical Materials | Mild Steel, Stainless Steel & Aluminum |
| Primary Applications | Light Fabrication, Maintenance, Repair & DIY |
| Design | Compact Portable Plasma Cutter |
Specification note: Exact input voltage, duty cycle, cutting range, recommended cutting thickness, maximum severance capacity, dimensions, weight, torch specifications, and included accessories should be confirmed against the exact Hobart model/part number and current manufacturer's documentation.
12-Amp Plasma Cutting
The AirForce 12ci is designed around a 12-amp plasma cutting output, making it appropriate for lighter-duty metal-cutting applications.
Plasma cutting uses an electrical arc and compressed gas to create a high-temperature plasma stream that melts conductive metal while the gas flow removes the molten material. Unlike a saw or abrasive wheel, the plasma torch does not use a conventional cutting blade.
Actual cutting performance depends on material type, thickness, cutting speed, electrical supply, consumable condition, and operator technique.
Built-In Air Compressor
The AirForce 12ci's integrated compressor is one of its main advantages. Because the compressor is built into the plasma cutter, users do not need to transport and connect a separate air compressor for compatible applications.
This self-contained configuration is particularly useful for:
Mobile repairs
Garage projects
Maintenance work
Small fabrication jobs
Remote work areas
Occasional metal-cutting applications
The integrated air system also reduces setup time and the number of separate components required at the jobsite.
Portable Design
The AirForce 12ci is designed for users who value portability. Its compact form factor allows the plasma cutter to be moved easily between work areas compared with a plasma system that requires a separate compressor.
This makes it suitable for repair technicians, maintenance personnel, DIY users, and fabricators who do not always have access to a permanent workshop air system.
Plasma Cutting Process
Plasma cutting is intended for electrically conductive materials. During operation, the machine generates an electrical arc that ionizes the gas into plasma. The concentrated plasma stream melts the metal, while the gas flow carries molten material away from the cut.
The process can be used to produce:
Straight cuts
Curved cuts
Irregular shapes
Small openings
Trim cuts
Sheet-metal sections
The operator should maintain a consistent torch position and travel speed to achieve the best possible cut quality.
Compatible Materials
The AirForce 12ci is designed for cutting electrically conductive metals, including suitable:
Mild steel
Stainless steel
Aluminum
Other compatible conductive metals
The practical cutting thickness depends on the specific material, machine capability, consumable condition, and operating technique.
Because this is a lower-output plasma system, it is best suited to lighter-gauge material rather than heavy plate cutting.
Pilot-Arc Operation
Pilot-arc technology helps initiate the cutting arc without requiring the torch to remain in direct electrical contact with the workpiece.
This feature can be helpful when working with irregular surfaces or certain perforated materials. Proper torch positioning and travel speed are still essential for maintaining a stable arc and clean cut.
Cutting Performance
Several factors influence the quality and speed of a plasma cut:
Material type
Material thickness
Cutting amperage
Travel speed
Torch height
Air quality
Consumable condition
Workpiece cleanliness
A travel speed that is too slow can create excessive slag and heat buildup, while moving too quickly can result in incomplete penetration.
For important work, perform a test cut on scrap material first and adjust the technique as needed.
Typical Applications
The Hobart AirForce 12ci is well suited for:
Light sheet-metal cutting
Automotive repair
Small fabrication projects
Garage work
Equipment maintenance
HVAC-related metal work
DIY metal projects
Farm and equipment repairs
General workshop cutting
Mobile maintenance
Benefits
12A plasma output is suitable for lighter-duty cutting work.
Built-in compressor eliminates the need for a separate air compressor in compatible applications.
Compact design makes transportation and storage convenient.
Inverter technology contributes to a portable power-source format.
Pilot-arc operation makes starting cuts more convenient.
Multi-metal capability allows compatible steel, stainless steel, and aluminum to be cut.
Self-contained configuration reduces equipment and setup requirements.
Torch Consumables
Plasma torch consumables gradually wear during normal use. Components such as the electrode and cutting tip should be inspected regularly.
Signs that consumables may require replacement include:
Poor cut quality
Irregular arc behavior
Increased slag
Enlarged or damaged nozzle openings
Excessive electrode wear
Difficulty maintaining the cutting arc
Using worn consumables can reduce cutting performance and may increase operating costs.
Air System Maintenance
Although the AirForce 12ci includes its own compressor, proper air-system maintenance remains important.
Keep the machine's air intake and ventilation openings free from dust and debris. Follow Hobart's recommended maintenance procedures and inspect the system periodically for signs of contamination or restricted airflow.
Clean, properly managed air helps protect the torch consumables and maintain stable plasma performance.
Cutting Setup
Before beginning a cutting job:
Inspect the plasma torch and consumables.
Confirm that the electrical supply meets the manufacturer's requirements.
Ensure the built-in compressor system is ready.
Connect the work clamp securely to clean conductive metal.
Select the appropriate cutting output.
Mark the desired cutting line.
Position the torch correctly.
Start the pilot arc and begin cutting.
Maintain a consistent travel speed.
Inspect the finished cut and adjust the technique when necessary.
Maintenance
Regular inspection helps maintain reliable performance. Check the torch, consumables, work lead, electrical connections, and ventilation openings.
Keep the unit clean and unobstructed, particularly around air intake and cooling areas. Replace worn consumables promptly to maintain cutting quality.
Safety Information
Plasma cutting produces intense heat, ultraviolet radiation, sparks, molten metal, fumes, and electrical hazards. Always use suitable eye and face protection, plasma-cutting or welding gloves, flame-resistant clothing, safety footwear, and other required PPE.
Provide adequate ventilation or fume extraction when cutting, particularly when working with painted, coated, galvanized, or contaminated materials. Keep flammable materials away from the cutting area and follow appropriate fire-prevention procedures.
Do not operate the plasma cutter outside the electrical, environmental, or operating limits specified by Hobart.
Who Is It For?
The Hobart AirForce 12ci Plasma Cutter with Built-In Air Compressor is a practical option for users who need a compact and easily transportable solution for lighter-duty metal cutting. Its self-contained compressor makes it especially useful for garages, maintenance work, DIY projects, mobile repairs, and small fabrication applications where carrying a separate compressor is inconvenient.
Always consult the current Hobart owner's manual and official product documentation for exact electrical requirements, cutting and severance capacities, duty-cycle ratings, consumable specifications, dimensions, weight, and operating limitations.