Choosing the wrong pipe saw costs you time, blades, and frustration on site. The right machine cuts cleanly through your material, fits your pipe diameter, and keeps your crew moving without rework or safety headaches.
This pipe saw comparison covers every current model in our range, from compact cordless saws for tight spaces to hydraulic machines built for underwater work. Read through, find your profile, and leave with one model in mind.
Three Questions That Decide Which Machine You Need
Before comparing models, answer these three questions. They eliminate most of the range immediately and point you to the right section.
- What is the outside diameter (OD) of the largest pipe you cut regularly? This is the single most important filter. A machine rated to 220 mm OD cannot cut a 300 mm pipe, no matter how skilled the operator.
- What material are you cutting? Steel, stainless steel, plastic, cast iron, copper, and spiral duct all behave differently. Some machines and blade types are optimised for one material family; others handle a broad mix.
- What are your site conditions? Mains power available or battery needed? Indoor workshop or open trench? Dry conditions or submerged pipe? The answer rules out entire series.
Keep your answers in mind as you work through the sections below.
Complete Model Comparison Table
This pipe saw comparison table covers all fifteen current models. Every figure comes from verified product page specifications. Where a spec differs between 110 V and 220 V, both values are shown and labelled. Blank cells mean the figure is not published for that model.
| Model | Series | Pipe OD | Max wall steel | Max wall plastics | Power source | Choose this when |
|---|---|---|---|---|---|---|
| PipeCut 170E | Classics | 15–170 mm (0.6–6.7″) | 8 mm | 14 mm | 230 V mains | You need a lightweight, mains-powered saw for copper, plastic, and steel up to 170 mm OD. |
| PipeCut 170 Battery | Classics | 18 V battery | You need the same compact capability as the 170E but without a power cable on site. | |||
| PipeCut 220E | Classics | 230 V mains | You cut mixed materials up to 220 mm OD and want a proven mains machine. | |||
| PipeCut 220 Pro Series 2.0 | Pro Series | 20–220 mm (0.8–8.7″) | 16 mm | 35 mm | 110 V or 220 V mains | You cut thick-wall steel up to 220 mm OD and need industrial cutting depth. |
| PipeCut 360 Pro Series 2.0 | Pro Series | 75–360 mm (3–14″) | 16 mm (110 V) / 20 mm (220 V) | 50 mm | 110 V or 220 V mains | Your pipe range spans a wide mix of diameters and wall thickness demands a Pro-class machine. |
| PipeCut 460 Pro Series 2.0 | Pro Series | 110 V or 220 V mains | You regularly work with large-diameter industrial pipe up to 460 mm OD. | |||
| PipeCut Infinity 2.0 | Infinity | 360 mm (14″) upwards, up to 1850 mm (72″) with the supplied chain set | 16 mm (110 V) / 20 mm (220 V) | 43 mm | 110 V or 220 V mains | Pipe OD starts at 360 mm and exceeds what any fixed-frame orbital saw can handle. |
| PipeCut HYDRA 360 | HYDRA | Hydraulic | You are cutting in wet environments, flooded pipe chambers, or fully underwater. | |||
| PipeCut HYDRA Infinity | HYDRA | 360 mm upwards | Hydraulic | You need hydraulic drive for large-diameter pipe in wet or fully submerged conditions. | ||
| INOX 220 | INOX | 230 V mains | Your work is predominantly stainless steel and acid-resistant pipe up to 220 mm OD. | |||
| INOX 360 | INOX | 230 V mains | Stainless steel and acid-resistant pipe runs up to 360 mm OD and material integrity is critical. | |||
| PipeCut P400E | Plastic and Ventilation | 230 V mains | You cut large-diameter plastic pipe and need a dedicated plastic-optimised machine. | |||
| PipeCut P400 Battery | Plastic and Ventilation | Battery | You need cordless freedom for large plastic pipe on sites without convenient power access. | |||
| PipeCut P1000 | Plastic and Ventilation | 230 V mains | You work with very large plastic pipe, such as district heating casing or large drainage runs. | |||
| PipeCut V800E | Plastic and Ventilation | 230 V mains | You cut spiral duct and ventilation pipe in HVAC installation work. |
Full specifications for models not listed in the table above are available on the individual product pages. Browse the full pipe saw range on our website to see detailed product pages for every model listed above.
Classic Models: PipeCut 170E, 170 Battery, and 220E
The Classics line covers the most common pipe sizes found in plumbing, heating, and light industrial work. These machines are compact, easy to carry, and straightforward to set up around the pipe.
The PipeCut 170E handles pipe from 15 to 170 mm (0.6–6.7″) OD on a standard 230 V supply. It cuts steel wall up to 8 mm and plastic wall up to 14 mm, covering the vast majority of standard pipe schedules in that diameter range. The machine is light enough to use in confined ceiling spaces and delivers a clean, square cut without sparks or burrs. You can compare the Classics head to head if you are deciding between the 170E and the 220E.
The PipeCut 170 Battery gives you the same cutting envelope in a cordless format. When you are working on a roof, in a basement without sockets, or moving between locations throughout the day, the battery version removes the cable entirely. If you are unsure whether you need the cordless version, that comparison covers both the 170 and P400 pairs.
The PipeCut 220E extends the OD range to 220 mm while keeping a mains-powered format. If your work regularly reaches the 220 mm OD range and you want a proven mains machine, this is the natural step up from the 170E. A separate article examines how the 220E compares to its Pro Series namesake for those weighing occasional use against daily production demands.
Pro Series: PipeCut 220, 360, and 460 Pro Series 2.0
The Pro Series line is built for heavier wall thicknesses and more demanding production environments. The key difference from the Classics is cutting depth: Pro Series machines reach steel walls that Classics machines cannot.
The PipeCut 220 Pro Series 2.0 covers 20 to 220 mm (0.8–8.7″) OD with a maximum steel wall of 16 mm and a maximum plastic wall of 35 mm, at both 110 V and 220 V. It is available in both voltages, making it suitable for UK and international site power.
The PipeCut 360 Pro Series 2.0 is one of the most versatile machines in the range. It cuts from 75 to 360 mm (3–14″) OD with a maximum steel wall of 16 mm at 110 V and 20 mm at 220 V, and a maximum plastic wall of 50 mm. If your crew cuts a wide mix of pipe sizes, from smaller branch lines to large mains, this single machine covers the full spread. See where the step up from 220 to 360 pays off if you are weighing those two models against each other.
The PipeCut 460 Pro Series 2.0 pushes the OD ceiling to 460 mm. Large-diameter industrial installations, process pipework, and district heating steel mains are the natural territory for this machine. For a detailed look at reading the 360 and 460 capacity line, a dedicated comparison sets out exactly where each model is the stronger choice.
One additional model in this series is the PipeCut 280 Pro Series Light, available for the US and Japan markets only. It is not distributed elsewhere, so if you are outside those markets, the 220 or 360 Pro Series 2.0 is your equivalent option.
Infinity: Cutting Above 360 mm Outside Diameter
When pipe OD reaches 360 mm and above, the PipeCut Infinity 2.0 takes over. It is designed for pipe starting at 360 mm (14″) OD and reaches up to 1850 mm (72″) with the supplied chain set. The chain set can be extended further with additional chain sections, so the machine grows with your project requirements. The article on when a gripper unit runs out of pipe explains the point at which the Infinity 2.0 becomes the right tool over a Pro Series machine.
The maximum steel wall capacity is 16 mm at 110 V and 20 mm at 220 V, with a maximum plastic wall of 43 mm. That covers heavy-wall process pipe, large structural pipe, and thick-wall district heating mains that would stop any of the fixed-diameter machines.
The Infinity 2.0 uses a chain-type gripping mechanism that clamps directly to the pipe and orbits around it. It runs on 110 V or 220 V mains and is the answer when the pipe simply does not fit anything else in the catalogue. For a full walkthrough of the full large diameter setup, including chain extension and blade selection, see the dedicated guide.
HYDRA: Hydraulic Models for Wet and Underwater Work
Electric motors and standing water do not mix. The HYDRA models solve this by replacing the electric drive with a hydraulic motor powered by an external hydraulic unit.
The PipeCut HYDRA 360 is suited to wet trenches, flooded pipe chambers, and fully underwater use. The PipeCut HYDRA Infinity handles pipe from 360 mm OD upwards in the same wet and submerged conditions.
If your project involves cutting submerged pipe, working in a flooded pipe chamber, or operating in conditions where a mains or battery machine would create a safety risk, the HYDRA series is the correct choice. There is no electric alternative that safely replicates this capability. A full breakdown of how hydraulic compares to electric across wet and submerged conditions is available for projects where the choice is not immediately clear.
INOX Models for Stainless Steel and Acid-Resistant Pipe
Stainless steel and acid-resistant alloys work-harden quickly under the wrong blade and cutting speed. The INOX series is configured specifically for these materials.
The INOX 220 covers pipe up to 220 mm OD on a 230 V supply. The INOX 360 extends the range to 360 mm OD. Both machines deliver the clean, burr-free cut that stainless steel pipe joints require for hygienic and high-pressure applications.
If stainless steel makes up a significant share of your work, choosing a dedicated INOX machine rather than a general-purpose model with a stainless blade gives you better blade life and more consistent cut quality across the shift. The comparison on when stainless justifies a dedicated machine sets out the cost and quality case in detail. If you are equipping a full stainless workflow, the guide to building a complete stainless setup covers machine, blade, and support combinations.
Plastic and Ventilation: P400E, P400 Battery, P1000, and V800E
Plastic pipe and spiral duct behave very differently from steel. They need higher blade speeds, different tooth profiles, and, in the case of ventilation duct, a machine that can handle the thin-wall, large-diameter geometry without deforming the material.
The PipeCut P400E and PipeCut P400 Battery both cut plastic pipe up to 400 mm OD. The mains version suits workshop or site work with power access; the battery version suits mobile installation without a cable run. For guidance on choosing between the three plastic machines, a dedicated comparison covers the P400E, P1000, and V800E side by side.
The PipeCut P1000 handles plastic pipe up to 1000 mm (39 3/8 in) OD. That range covers large district heating casing pipes, large-bore drainage, and industrial plastic mains that no other machine in the range reaches. If you work across different plastic types, the article on matching machine and blade to your plastic type covers HDPE, PE, PP, and PVC in detail.
The PipeCut V800E is purpose-built for spiral duct and ventilation pipe up to 800 mm OD. HVAC installers cutting large round duct sections will find it far faster and cleaner than a hand tool or angle grinder disc. The guide on why thin wall duct needs its own saw explains the geometry and blade speed reasons behind that. Browse the full range of plastic and ventilation saws to compare these models side by side.
Pipe Bevellers and Cut and Bevel: Pipe End Finishing
A clean cut is the starting point. A weld-ready bevel is the finishing step. Our pipe bevellers prepare the pipe end for welding, threading, or mechanical joining after the saw has made the cut. If your workflow allows it, the article on cutting and bevelling in one pass versus a second operation sets out the productivity case for each approach.
The Pipe Beveller 220E and Pipe Beveller 360E are the two primary models, covering pipe up to 220 mm and 360 mm OD respectively. A guide to matching the beveller to your pipe range is available if you are deciding between the two. This article does not restate their specifications; if pipe end preparation is part of your workflow, follow the link to the beveller category for full details.
Five Buyer Profiles and the Right Machine for Each
This is the practical shortcut. Find the profile that matches your work, and you have your answer to which pipe saw to choose.
- Plumbing and heating contractor, mixed materials, up to roughly 160 mm OD. You cut copper, steel, plastic, and multi-layer pipe across residential and light commercial jobs. The PipeCut 170E is your machine, paired with the TCT 140 blade, which the machine ships with. See the guide to choosing your 140 mm blade if you are cutting a mix of materials and want to know which variant suits each. Add a pipe support to hold the pipe steady on uneven floors.
- HVAC installer working mainly with spiral duct and plastic. Large round duct sections and plastic distribution pipe are your daily material. The PipeCut V800E handles spiral duct up to 800 mm OD cleanly and quickly. Use the dedicated ventilation blade matched to the V800E for clean cuts without deforming the duct wall.
- Industrial maintenance team, steel and stainless steel, unpredictable sizes. You never know what diameter or wall thickness is coming next. The PipeCut 360 Pro Series 2.0 at 220 V gives you 75 to 360 mm OD and up to 20 mm steel wall in one machine. Carry both a steel blade and a stainless-rated blade so your crew can switch material without changing machines. If cast iron turns up on site, the guide to the right disc for cast iron and ductile iron covers machine and disc selection.
- Water and district heating contractor, large diameter, trench and wet conditions. Your pipe is large, your trenches are often wet, and electrical safety is a constant consideration. The PipeCut HYDRA 360 covers pipe up to 360 mm OD with hydraulic drive that is safe in flooded conditions. If your pipe runs above 360 mm OD, step up to the PipeCut HYDRA Infinity.
- Prefabrication workshop, high volume, repeatable cuts, weld-ready ends. You need throughput and consistency. The PipeCut 460 Pro Series 2.0 at 220 V cuts up to 460 mm OD and delivers square, burr-free ends ready for the beveller. Pair it with a Pipe Beveller 360E and pipe supports to build a complete cut-and-bevel station.
What Comes in the Box and What You Order Separately
Every PipeCut machine ships with the machine itself and a starter blade. The gripping mechanism varies by model: most machines in the range use a gripper unit as standard, the Infinity 2.0 uses a chain mechanism, and the P1000 uses rubber tyre wheels. The exact blade and accessories included are listed on each product page.
You will typically order separately:
- Additional blades and discs matched to specific materials. A machine used across steel, stainless steel, and plastic needs a blade for each. Consult our full blade selection guide to find the right specification across TCT, Cermet, INOX, ALU, and Diamond types, and use the compatibility reference on which blade fits which machine before placing an order. Browse the blade and disc range to find the correct specification for your material and model.
- Pipe supports for stable, safe cutting on site or in the workshop. These are especially important for large-diameter or heavy pipe where manual holding is not practical. The pipe supports range includes options sized to match different machine models.
- Carry cases and transport accessories for machines used across multiple sites.
- Bevelling attachments or separate beveller machines if weld preparation is part of your scope.
Check the accessories tab on each product page to see what is available for your specific model before placing an order.
Ask Exact Tools Before You Decide
We work with pipe fitters, contractors, and plant purchasing teams across construction, process industry, shipyards, and utilities. If your pipe specification is unusual, your site conditions are demanding, or you are equipping a team and want to consolidate onto fewer machines, we can help you work through the decision before you commit.
Two ways to move forward: find your nearest distributor to get hands-on support and local stock availability, or send us your pipe specification directly and we will recommend the right machine and blade combination for your application.