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Powermax 45XP, Air, 45 Amps
Powermax 65, Air, 65 Amps
Powermax 85, Air, 85 Amps
3 Phase Only
Powermax 105, Air, 105 Amps (208V)
Powermax125, Air, 125 Amps (480V)
Cutmaster A40 45XP, Air, 40 Amps
Cutmaster A60, Air, 60 Amps
Cutmaster A80, Air, 80 Amps
Powermax 120, Air, 120 Amps
Slim Linear Actuator Design (Increasing Cutting Area)
6.5″ Lifter Height (Included on all HD Series)
Internal Wiring Harness Sub Assembly (For easy diagnosis and repair)
Integrated Multi-Process Pneumatic Actuator Scribe and Marker
Protective Front Enclosure (Covering linear components and Pneumatic cylinders)
Rear Enclosure Protection (Covering Motor Reduction System)
Enclosed Cable Carrier (Assisting with management of collision detection wiring and pneumatic hoses)
Scribe & Marker Compatible (Available only for Arc Professional Software Package)
Fully Welded Frame Design (constructed from 3/16 plate)
Rigid Design To Counteract Vibrations and Inertia
Dropped Side Rail Design for 3 Side Material Loading
6″ Deep Water Pan
Recessed Transfer Rollers On All 4 Sides (For Material Loading)
4″ Diameter Leveling Feet With Rubber Pads (3/4-11 Thread)
Machined gear rack mounting surface (Easily replaceable)
Extended Frame Along Y-Axis For Gantry Parking Zone
Removable / Replaceable Slat Holders
Optional Air Bladder available with holding capacity of 2 times upper pan capacity.
225 Degree Pivoting Pedestal Arm Rotation
360 Degree Monitor Rotation & 10 inch Height Adjustment (Allowing for Easy Screen Viewing Angles and Ergonomic Screen Placement)
Full Enclosures With Easy Wire Harness Routing
Wiring Harness Protection and Consolidation
Hidden 3 Receptacle Power strip
Integrated Emergency Stop and Torch ON/OFF
2 Axis Squaring For Torch Setup (Referred To In Hypertherm Manual)
Dual Collision Proximity Sensors (Allowing For Program Stop Within 2 Degrees Out Of Alignment)
Front Floating Proximity Sensor (Secondary Touch Off Option If Ohmic Fails To Sense Material)
Indexing Cones Design (Provides Torch Relocating of True Position)
Unique Hexagon Geometry (Unlike Competitors Our Collision Detection Head Is Designed And Manufactured By Squickmon’s in the USA)
Integrated Positive Z-Axis Homing (No Material Loading Required For Homing)
All Elihu HD Series Systems are Offered in the Sizes Below
4X8
5X10
6X12
Machined .625″ T6 6061 Aluminum Gantry Side Plates
Hiwin Style Linear Rail System Across X & Y-Axis with Recirculating Ball Bearing Cassettes (Creating Smooth Linear Motion)
15,000lb Loading Capacity (For processing material from 26g – 6″ Plate)
2″ Slat Offset (Helps with Tipped parts when Cutting)
6.5″ Gantry Clearance (Beneficial When Cutting Large Part profiles, Beams, and Tubing)
16g Steel Gantry Enclosure Protection (Guards Motors And Reduction Assemblies From Impact)
Adjustment for Gantry Squaring and Homing Switch Positions
3/16 Fully Welded Steel Frame (Extremely Rigid)
All Elihu HD Series Systems are Sized To Fit A Standard Sheet Width Relative To Their Designated Machine Size Plus 1-2″ Oversized For Cutting Area (Example a 4×8 Machine has a minimum of 49″x97″ Cutting Area)
Do you work with electrically conductive metals in your workshop? Our CNC plasma cutter range lets you cut through brass, copper, stainless steel, and other metals with precision and speed.
Whether you’re a professional fabricator or a hobbyist home welder, a CNC plasma cutter is a necessary addition to your toolkit. Of course, there are many different cutting applications and thickness and material requirements. Our team of specialists will work with you to help you identify the right plasma cutter for your needs.
A plasma cutter is a software-controlled machine that uses a plasma stream to cut through conductive metals. The cutter works by sending pressurized gas, such as argon, nitrogen, or oxygen, through a narrow nozzle. Then, an external power supply produces an electric current, which provides sufficient energy to the gas flow to ionize it. The result is a plasma arc that can cut a wide range of electrically conductive alloys.
Generally, a plasma cutter is safer than a saw for cutting metals, which is why many fabricators, welders, and hobbyists favor it over other cutting equipment. It can be used to cut:
CNC plasma cutters are used in a wide range of residential and industrial workshops for different cutting applications. Typical applications include:
Modern plasma cutters also help reduce the amount of debris created in the environment. Some models combat noise, while others enable arc cutting under water. HTPAC (high tolerance plasma arc cutting) is an important evolution of arc technology. The process is deemed a low-cost alternative to laser cutting and offers great precision on material 12mm thick and below.
CNC plasma cutters face some competition from oxy-fuel cutting machines. These machines rely on a fuel/oxygen gas flame to preheat metal to its temperature. Those working in the metalworking industry often prefer plasma cutters over oxy-fuel because the plasma system does not require preheating. Additionally, the quality and speed of plasma cutting are far better than flame oxy-fuel cutting.
Other benefits of plasma cutters include:
Your choice of CNC plasma cutter will depend on the following factors:
Squickmons offers two industry-leading plasma cutters:
You can choose from Powermax (also includes 3 phase options) and Cutmaster machines to start your cutting journey, with professional features like:
At Squickmons, we offer a variety of software for CNC plasma cutting:
Note: For vector files, you can use any of the last three software options you prefer. As long as the tool can export or save a file in DXF format, you should not face any issues in opening the file in our control software to begin the cutting process.
For more info on our CNC plasma cutters, call 1-877-916-7477 or fill out our contact form here.
Do you work with electrically conductive metals in your workshop? Our CNC plasma cutter range lets you cut through brass, copper, stainless steel, and other metals with precision and speed.
Whether you’re a professional fabricator or a hobbyist home welder, a CNC plasma cutter is a necessary addition to your toolkit. Of course, there are many different cutting applications and thickness and material requirements. Our team of specialists will work with you to help you identify the right plasma cutter for your needs.
A plasma cutter is a software-controlled machine that uses a plasma stream to cut through conductive metals. The cutter works by sending pressurized gas, such as argon, nitrogen, or oxygen, through a narrow nozzle. Then, an external power supply produces an electric current, which provides sufficient energy to the gas flow to ionize it. The result is a plasma arc that can cut a wide range of electrically conductive alloys.
Generally, a plasma cutter is safer than a saw for cutting metals, which is why many fabricators, welders, and hobbyists favor it over other cutting equipment. It can be used to cut:
CNC plasma cutters are used in a wide range of residential and industrial workshops for different cutting applications. Typical applications include:
Modern plasma cutters also help reduce the amount of debris created in the environment. Some models combat noise, while others enable arc cutting under water. HTPAC (high tolerance plasma arc cutting) is an important evolution of arc technology. The process is deemed a low-cost alternative to laser cutting and offers great precision on material 12mm thick and below.
CNC plasma cutters face some competition from oxy-fuel cutting machines. These machines rely on a fuel/oxygen gas flame to preheat metal to its temperature. Those working in the metalworking industry often prefer plasma cutters over oxy-fuel because the plasma system does not require preheating. Additionally, the quality and speed of plasma cutting are far better than flame oxy-fuel cutting.
Other benefits of plasma cutters include:
Your choice of CNC plasma cutter will depend on the following factors:
Squickmons offers two industry-leading plasma cutters:
You can choose from Powermax (also includes 3 phase options) and Cutmaster machines to start your cutting journey, with professional features like:
At Squickmons, we offer a variety of software for CNC plasma cutting:
Note: For vector files, you can use any of the last three software options you prefer. As long as the tool can export or save a file in DXF format, you should not face any issues in opening the file in our control software to begin the cutting process.