NPU Laser Cutting

BTEC METAL is ready to be your reliable business partner for NPU laser cutting projects. Serving customers in the Gebze region and beyond, BTEC METAL provides professional solutions with superior quality, fast delivery, and competitive pricing.

NPU profiles are durable and versatile structural components widely used in construction, automotive, machinery manufacturing, and various industrial sectors. Produced through the hot rolling process, NPU steel beams offer high strength and durability, making them ideal for both small and large-scale projects.

At BTEC METAL, we use advanced laser cutting machines to process NPU profiles with millimetric precision, delivering smooth cutting surfaces and consistent high-quality results.

What is NPU Laser Cutting?

NPU laser cutting is a modern cutting method that uses a focused laser beam to cut NPU profile bars with high precision. CNC-controlled laser cutting machines perform the process using computer-controlled commands, ensuring extremely accurate results.

The laser cutting process generally includes the following steps:

Cleaning the surface of the NPU profile
Positioning the material on the laser cutting machine
Creating the cutting design using CNC software
Performing the cutting operation with high precision using laser technology

Fiber laser cutting is the most commonly used method for NPU profiles, although CO₂ laser and crystal laser technologies can also be used depending on project requirements.

Applications of NPU Profiles

Due to their strength and durability, NPU profiles are used in many industries, including:

Construction and structural projects
Steel construction systems
Machinery and equipment manufacturing
Agricultural machinery
Transport and logistics equipment
Container and trailer manufacturing
Marine structures and dock systems
Shipbuilding

They are particularly important in reinforced concrete and steel construction projects where structural strength and support are required.

Advantages of NPU Laser Cutting

NPU laser cutting technology offers several advantages.

High Speed

Laser cutting is significantly faster than traditional cutting methods.

High Precision

Cuts can be performed with millimetric accuracy and consistent quality.

Smooth Cutting Surface

High surface quality often eliminates the need for additional finishing processes.

Versatility

Different profile sizes, thicknesses, and complex geometries can be processed easily.

Automation and Efficiency

CNC-controlled systems ensure efficient, accurate, and reliable production processes.