ERCOCUT 220 CNC Plasma Pipe, Tube & Profile Cutting Machine

Cut, cope, notch and bevel pipe and tube with CNC-controlled positioning. The Ercolina ErcoCut EC220PHT 75M combines a Hypertherm Powermax85 plasma source, automatic material supports and automatic bevel cutting to 45° right and left for handrail components, equipment frames and general fabrication.

  • Maximum round outside diameter: 8.625 inches (8-5/8 inches).
  • Maximum material weight: 30 lb per foot.
  • Standard stock length: 24.5 feet.
  • Square tube to 6 inches; rectangular tube to 8 × 2 inches, within the approved setup.

Request pricing & a part demonstration

Watch the ERCOCUT cutting demonstration  |  Call 563-391-7700

Send your drawing, material grade, wall thickness and batch quantity. Confirm the complete profile, weight and handling requirements with CML USA before purchase.

Ercolina plasma cutting system shown in the EC220PHT product gallery

Explore the machine gallery, sample cuts and specifications below.

Ercocut EC220PHT 75M CNC Plasma Cutter: Capacity to 8.625″

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Plasma tube cutting: images from the ERCOCUT demonstration

CNC plasma cutting rectangular tube
Plasma cutting in progress on rectangular tube.
Plasma-cut holes and end profile in rectangular tube
End-profile and hole detail shown in the ERCOCUT demonstration.
Plasma-cut openings in rectangular tube
Rectangular tube with cut openings; inspect and finish edges as required.

Preview stills from Ercolina’s EC220P CNC plasma cutter video. Shown to illustrate cutting operations, not as a guaranteed finish or tolerance. Inspect cut edges and remove dross or burrs as required for your application.

Ercolina Professional Series - Plasma & Laser Cutting Machinery

See the ERCOCUT 220 Cut Pipe, Tube and Profiles

Watch Ercolina’s full cutting demonstration or the quick EC220 overview. Evaluate your own material, joint requirements and complete setup in a part demonstration.

Full plasma cutting demonstration

Quick EC220 overview — YouTube Short

CNC plasma cutting for tube, pipe and profiles

The ErcoCut EC220PHT 75M combines CNC positioning and plasma cutting for cutoffs, saddles, copes, slots, hole patterns and tube notching. It is suited to evaluating repeat handrail components, equipment frames, structural pipe connections and general fabrication in conductive metals.

EC220PHT 75M capacity and standard equipment

Published model specifications
Plasma source Hypertherm Powermax85 listed as standard in the linked product flyer
Round tube OD 0.75–8.625 inches outside diameter (3/4–8-5/8 inches)
Square / rectangular capacity 6 inches square; 8 × 2 inches rectangular
Angle capacity 6 inches maximum
Minimum profile length 12 inches
Standard stock length 24.5 feet
Maximum material weight 30 lb per foot (30 lb/ft)
Automatic bevel 45° right and left, as listed in the model flyer
Controlled axes 8
Workholding Manual front and rear chucks

Confirm the actual profile, material and handling configuration before purchase. Plasma-source cutting, piercing and severance ratings are different: a source rating alone is not a guarantee of tube-wall capacity or finished-edge quality.

Simple on-screen programming: from drawing to first part

Simple parts should be simple to program. Use the operator interface to create the required cut and preview the path before production. For a demonstration, bring a cutoff, a saddle notch, a hole pattern and a bevel-preparation example from your own work.

  1. Identify the material, actual outside diameter or profile dimensions, wall thickness and finished length.
  2. Create the part or import a supported CAD file; check orientation, dimensions and the required cutting operations.
  3. Preview the path, verify the material supports and process settings, and save the approved job for repeat production.
  4. Run and inspect the first piece using the prescribed safety procedure before releasing the batch.

Ask which templates, import formats and office-programming licenses are included in your configuration. Measure programming, loading and first-piece approval time—not just cutting speed.

Included software and CAD import

Create the required cut and review the torch path before production. The touch-screen interface provides axis and speed controls and program monitoring. Product information lists IGES and DXF import; send your actual file to verify compatibility before ordering.

For simple jobs, ask to see dimension entry, a clear preview and saved-job recall. For imported or complex parts, confirm the included CAD/CAM modules, nesting functions, licenses and postprocessor rather than assuming every software option is standard.

Material support and motion control

The model flyer lists maximum linear X, Y and Z axis speed of 196 ft/min. This is an axis-motion specification, not a guaranteed plasma cutting speed. Actual cutting speed depends on the material, wall thickness, feature geometry and process settings.

  • Self-centering workholding for supported round, square, rectangular, angle and channel sections.
  • Automatic tube supports adjust with the programmed profile.
  • Low-backlash rack-and-pinion carriage drive and servo-controlled motion.
  • Front and rear manual chucks, as specified for this model.

Bevel preparation and complete-job setup

The linked EC220PHT 75M flyer lists automatic bevel cutting 45° right and left. Confirm the supplied head and material limits in the quote. A bevel can reduce a separate preparation operation, but the root face, surface condition and finished joint must still meet your welding requirements.

Ask about drilling, threading and automatic-loading options for your configuration. Availability and inclusion should be written into the offer.

Installation, setup and U.S. support

CML USA in Davenport, Iowa is your contact for Ercolina application review, installation planning, operator training, parts and service. Agree the installation and training scope in the quotation. Your team prepares the site and utilities through qualified personnel; trained operators handle authorized daily setup, while your designated quality or production lead approves the first piece.

Confirm electrical supply, compressed air or assist gas, extraction, safeguarding, loading access and floor space before installation. A saved program reduces repeat programming work but does not replace material checks or first-part verification.

What determines the CNC plasma tube cutter price?

Request a configuration-specific quote rather than comparing an advertised base price with a fully installed system. Cutting source, working length, material handling, software licenses, bevel equipment, optional machining functions, installation and training affect the total investment.

Include operating costs: plasma cartridges, compressed-air treatment, torch wear parts and extraction filters. The best choice is the lowest practical cost per accepted part for your work, not necessarily the lowest machine price.

Send these details for an application review

  • Material grade and wall thickness
  • Actual tube OD, or profile width × height and shape
  • Raw stock length, finished part length and weight
  • Drawing or CAD file, batch quantity and annual volume
  • Required holes, notches, bevel angles and joint preparation
  • Available utilities, loading needs and installation location

Request pricing and a demonstration using your parts or call 563-391-7700.

Frequently asked questions

Is the EC220PHT 75M a laser cutter?

No. This is a CNC plasma cutting machine. For laser searches and finer-feature applications, see the EC245L CNC tube and profile laser cutting machine.

What can a CNC plasma tube cutter make?

Typical operations include cutoffs, saddle cuts, copes, holes, slots and notches. Material conductivity, wall thickness, feature size and the required edge quality determine suitability.

Can it cut stainless steel and aluminum?

These conductive materials are listed in product information. Provide the grade, wall thickness and required finish so the cutting process and cleanup requirements can be reviewed.

How much setup time should I allow?

Separate first-time programming from repeat jobs and material changes. Measure drawing preparation, workholding/support adjustment, loading, test cutting and first-piece inspection on your own job; no universal setup time applies.

Which consumables should I budget for?

Budget for cartridges or torch consumables appropriate to the exact source and torch, compressed-air treatment, wear parts and extraction filters. Confirm part numbers and supply requirements with your quote.

How does plasma compare with laser?

Compare total installed cost, material limits, small-feature quality, finishing, handling and software. Explore the EC245L fiber laser alternative rather than relying on source power or purchase price alone.

Read our CNC plasma tube and pipe cutting buyer’s guide or compare the complete plasma and laser cutting range.

Laser or plasma: which should you buy?

Compare cutting quality, CNC profiling, software, bevel preparation, machine construction and total cost in our CNC tube laser vs. plasma buyer’s guide.

Comparing ErcoCut with the Dragon A400?

Review capacity, angle-and-channel gate requirements, automatic beveling, weight ratings, drives and software in our ErcoCut 220 vs. Bend-Tech Dragon A400 buyer’s guide.

Automate your handrail shop

Combine CNC bending, plasma profiling and cold sawing to reduce manual layout and handling. Read our handrail-production buyer’s guide for equipment selection, workflow and blank preparation.

Downloads

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