Pipe Cutting Machine; chuck type

SPC 500–1200 PT

    • Minimum
      48 mm
    • Maximum
      1220 mm

    Pipe Profiling; Versatile Accuracy

    The SPC 500–1200 Stationary Pipe Cutting machine processes a wide variety of materials, sizes and wall thicknesses, making it suitable for all applications. It comes with oxy-fuel, plasma, marking and CAD-CAM interfaces.

    Savings on Fitting and Welding

    Savings on Fitting and Welding

    Using skilled welders for laying-out cuts, manual cutting, grinding and is time wasted. These welders are hard to find and a potential bottleneck in your fabrication process. The SPC range automates these processes, allowing welders to do what they do best, welding.

    Operator safety first

    Operator safety first

    Ensuring operator safety while they process tons of steel with thermal cutting is of crucial importance. The confined cutting head, the fume extraction through the pipe and the unique venturi system for rest fumes ensure maximum protection for the machine operator.

    CAD to machine

    CAD to machine

    Using data that has already been entered into a CAD model is even more important. The SPC range is equipped with an in-house developed software suite that allows interfacing to any design system generating NC data files.


    SPC 500 PT Ø 48 – 510 mm (2 – 20") 8t
    SPC 600 PT Ø 48 – 610 mm (2 – 24")
    SPC 800 PT Ø 48 – 815 mm (2 – 32")
    SPC 1000 PT Ø 48 – 1020 mm (2 – 40") 8t / 12t
    SPC 1200 PT Ø 48 – 1225 mm (2 – 48")
    • Oxy-fuel Cutting Oxy-fuel Cutting
    • Plasma Cutting Plasma Cutting
    • Marking Marking
    • CAD Connetion CAD Connetion

    3D Profiling shapes

    Here is a selection of profiling shapes for realizing connections on pipes and tubes:


    A pipe-to-plate connection.

    Rotated Oblong Hole

    To fit inserted plates at pipe ends or to create intermediate slots.

    Saddle Offshore

    A pipe-to-pipe connection with a slope less than 50° based on AWS for offshore industries.

    Saddle set-in & Hole set-in

    For pressure connections with a much smaller branch pipe diameter.

    Saddle PJP

    For small sloped and highly dynamic pipe to pipe connections. Easy cutting, fitting and welding.

    Oh Sang-tae, director of Sedong Precision Co. ltd
    “We have been able to reduce manual work by 50% with the HGG machine because the cutting quality is so good that you don’t need to check the product for any cutting errors.”
    Oh Sang-tae, director of Sedong Precision Co. ltd
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    Want to know more about our extremely accurate pipe cutting machine, SPC 500–1200 PT?

    Ask our 3D Profiling experts:

    Pipe Profiling Applications

    What is your greatest worry in a fabrication process? Is it the complexity of the design, poor production flow management, inefficient material handling with too much material waste, loss of control over the operating expenses, or the lack of highly skilled welders? Then, how do you deal with the increasingly tough demands and regulations on welded structural design?

    Steel Construction

    Volumes and pipe sizes differ from project to project, demanding a flexible pipe cutting machine that prevents, machinery from sitting idle in the workshop. Using traditional methods for pipe profiling, a fabricator can typically cut 10-20 tons of pipe per day. With a HGG machine, a fabricator can easily cut over 40 tons of pipes a day.

    Industry application: pipe profiling for stadiums, bridges, theme parks, expo centers, airport structures, shopping malls, cranes, trusses.

    Process Piping

    HGG’s SPC pipe cutting machine can automate and simplify the way fabricators keep welding booths supplied with enough spools cut to tolerance, preventing skilled welders from wasting their time fitting. Preparing a typical header with 82 beveled holes, is typically reduced from 26 hours to 2 hours.

    Industry application: pipe profiling for skids, frames, spools, manifolds, pipe lines, headers lobster backs, boilers, nozzles.


    More and more offshore fabricators are solving their highly deadline-driven production challenges by automating their cutting processes. Manually, a fabricator can typically cut a heli deck consisting of 95 pipes in 240 hours. With a SPC pipe cutting machine, fabricators can cut these same 95 pipes in less than 40 hours.

    Industry application: pipe profiling for jackets, jack ups, heli decks, support structures, pipe racks, protection frames for subsea manifolds, boat landings.


    HGG’s pipe cutting machine automate and simplify the way shipyards keep welding booths supplied with enough spools cut to tolerance. Automated pipe profiling also prevents skilled welders from wasting a lot of time fitting. Processing 15 nozzles is reduced from 13 hours to 1 hours, using the SPC pipe cutting machine.

    Industry application: pipe profiling for skids, frames, spools, manifolds, pipe lines, headers lobster backs, boilers, nozzles.

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