Voortman MO Compact Series

The Voortman MO Compact Series offers high-tech functions for round pipes with a diameter of up to 900 mm (36") and a pipe weight of up to 4 metric tons. These standardized, compact machines are equipped with six CNC-controlled axes, enabling 3D cutting with plasma and oxyfuel technology. Designed to deliver high-quality, reliable, and precise pipe profiling, this series provides tailor-made solutions for industrial sectors worldwide. The Voortman MO Compact Series is ideal for applications in offshore plant construction, wind turbine manufacturing, steel construction, mechanical contracting, process plant engineering, pressure vessel production, shipbuilding, and general equipment engineering.

Specifications and Technical Data:

Six CNC-controlled axes for precision cutting
3D cutting with both plasma and oxyfuel technology
Compatible with pipes up to 900 mm (36") in diameter
Maximum pipe weight: 4 metric tons
High-precision electromechanical tracer for surface irregularity compensation
Automatic slide system for optimal torch-to-pipe distance control

Processes Supported:

Plasma cutting and 3D bevel cutting
Oxy-fuel cutting
Plasma marking, inkjet marking, needle marking, and printing systems

Features:

Torch Head: The azimuth head allows torch adjustment by +/- 60° within a range of 30° to 150°, with 360° rotation for precise and fast guidance.
Electromechanical Tracer: A lightweight system compensates for pipe irregularities, ensuring accurate cutting quality.
Slide System: Automatically tracks the distance from the torch to the pipe surface to maintain optimal cutting conditions.
Oxy-Fuel Cutting Package: Includes solenoid-valve-controlled gas supply, ignition torch, and cutting nozzle package for pipes with a maximum wall thickness of 60 mm (2.4").
Plasma Cutting: Equipped with Hypertherm plasma technology, a leader in the industry for high-efficiency cutting.

Marking and Printing Options:

Label Printing: Prints labels with cut information, which can be manually applied to pipe segments.
Plasma Marking System: Used for marking, notching, and punching stainless steel and unalloyed pipes.
Inkjet Marking: Suitable for complex applications, with an inkjet printer housed on the cutting head.
Needle Marking System: Allows axis line drawing and footprint marking for improved assembly accuracy.

Pipe Handling and Carriage Systems:

Manual and Motorized Ball Gutters: Enable convenient profiling of multiple pipe sections.
Hold-Down Device: Prevents curved pipes from misaligning during rotation, ensuring precise cuts.
Hydraulic Pipe Carriage: Supports pipes up to 2.5 metric tons with manual scissor-type adjustments.
Chuck Height Adjustment: Automated height positioning based on programmed pipe diameter for improved cutting precision.
Fixed-Height Pipe Carriage: Simplifies handling of pipes by automatically adapting the chuck height to different diameters.

Boost your production efficiency with the Voortman MO Compact Series. Contact us today to find the best solution for your industrial cutting needs!

	400	600	800	900
Weight of standard machine:	4500 kg	5000 kg	5500 kg	6000 kg
Number of CNC axes:	6 axes	6 axes	6 axes	6 axes
Max. workpiece weight:	4000 kg	4000 kg	4000 kg	4000 kg
Min. - max. clampable round pipe diameter:	50 - 406 (16") mm	50 - 610 (24") mm	50 - 812 (32") mm	50 - 914 (36") mm
Min. - max. cuttable workpiece length:	300 - 12000 mm	300 - 12000 mm	300 - 12000 mm	300 - 12000 mm
Min. - max. wall thickness in mm for cutting with oxy-fuel /plasma:	5-60 / 5-35 mm	5-60 / 5-35 mm	5-60 / 5-35 mm	5-60 / 5-35 mm
Max. torch angle:	+/- 60° / 45°	+/- 60° / 45°	+/- 60° / 45°	+/- 60° / 45°

High accuracy and repeatability due to CNC control.
Fast and efficient cutting with advanced plasma and oxyfuel processes.
Protection from dust, dirt, and cutting particles ensures machine longevity.
Integrated preheating torch reduces cutting time by up to 50%.
Automated chuck height adjustment enhances adaptability to various pipe diameters.

The Voortman MO Compact Series is widely used in various industrial applications requiring precision pipe profiling. It is ideal for: