Orbitalum Pipe Cutting & Bevelling Machines

Pipe Cutting & Bevelling Machines – FAQs

How do you use an Orbitalum pipe cutting machine?

An Orbitalum pipe cutting machine is designed for accurate, square cuts on metal pipe, particularly stainless steel. To use an Orbitalum machine, the pipe is securely clamped, the cutting or bevelling head is aligned, and the machine is operated manually or electrically depending on the model.

Orbitalum pipe cutting machines are commonly used for weld preparation, ensuring consistent cut quality and minimal rework. Always select the correct cutting blade or tool for the pipe diameter and material to achieve the best results.

What is the difference between Orbitalum and Georg Fischer (GF) machines?

Orbitalum and Georg Fischer (GF) machines refer to the same established range of pipe cutting and bevelling equipment. In the industry, many machines are still commonly called GF machines, particularly when referring to specific models or machine series.

Orbitalum is the brand under which these GF pipe cutting and bevelling machines are manufactured, supplied and supported today. As a result, terms such as Orbitalum machine, GF cutter and GF machine are often used interchangeably, depending on user familiarity and machine history.

What pipe materials can Orbitalum pipe cutting machines handle?

Orbitalum pipe cutting machines are suitable for a wide range of materials, including stainless steel, carbon steel and other metal pipes. Many models are specifically designed as stainless steel pipe cutters, delivering clean, burr-free cuts for high-purity and industrial applications.

Material compatibility depends on the machine type and cutting tool used, so it’s important to match the correct blade or bevel tool to the pipe material.

What is a pipe bevelling machine used for?

A pipe bevelling machine is used to prepare pipe ends for welding by creating a precise bevel angle. Orbitalum pipe bevelling machines ensure consistent weld preparation, improving weld quality and reducing fitting time.

These machines are widely used in industries where accuracy and repeatability are critical, such as pharmaceutical, food processing and industrial fabrication.