CNC Milling at the Highest Level

We stand for precise and efficient CNC milling solutions — reliably delivered using cutting-edge manufacturing technology.

CNC MILLING AT STERO

On our state-of-the-art CNC-controlled machining centers with up to four axes, we process both in-house manufactured components and customer-supplied parts with extensive expertise and precision.
Within a machining envelope of 400 × 200 × 270 mm, we produce high-precision components from a range of materials, including aluminum and stainless steel.
Some of our machining centers are integrated into fully automated production lines, ensuring highly efficient and streamlined manufacturing processes.

OUR EXPERTISE IN CNC MACHINING

Our experienced specialists oversee the entire manufacturing process to ensure that every component meets the highest quality standards.

With flexible production capacities, we are able to efficiently handle both small and large production runs.

Rely on our expertise to deliver your projects on time and to the highest level of quality.

  • Precision
  • Technology
  • Expertise
Reference products
Material: 1.4305
Industry: Building components and facilitie equipment
Diameter: 30
Material: Brass
Industry: Sanitary engineering
Dimensions: Square 20
Material: Aluminium
Industry: Automotive
Diameter: 30
Length: 210
Material: Aluminium
Industry: Automotive
Diameter: 22
Material: 1.4305
Industry: Building components and facilitie equipment
Diameter: 50
Material: Brass
Industry: Building hardware and building technology

MACHINERY PARK

Our extensive range of machinery includes the following production facilities and guarantees a tailor-made manufacturing concept for your product:

Chiron Machining Centers

Chiron FZ 12

Chiron FZ 15

Brother Machining centers

Brother TC-32 BN

More machines
  • Ergomat TNG 42
  • Various Drilling and Orbital Riveting Machines
  • Fiber
  • Mitsubishi Wire EDM Machines

Sustainability

At STERO, we consider sustainability to be an integral part of our business.
We focus on environmentally friendly production processes, energy efficiency, and resource conservation. Our goal is to offer added value not only to our customers, but also to the environment.

Frequently Asked Questions About CNC Milling

What Are CNC‑Milled Parts?

CNC‑milled parts are components manufactured by machining on computer‑controlled milling centers. In this process, material is precisely removed using rotating cutting tools to create complex geometries and exact shapes.

This method enables high repeatability, consistent quality, and cost‑efficient production of both simple and sophisticated components made from a wide range of materials.

In addition to processing components produced in-house, we also further machine parts supplied by our customers—precisely, efficiently, and to the highest quality standards. This allows us to offer flexible solutions that are perfectly tailored to your individual requirements.

Which materials are machined in CNC milling?
Typical materials include aluminum, stainless steel, as well as other metals and plastics. CNC-milled aluminum parts are particularly common due to their excellent machinability, while stainless steel components offer high strength and outstanding corrosion resistance.
What Are the Benefits of Milling?
Milling enables the cost-effective production of even the most complex geometries while maintaining a high level of dimensional accuracy. By utilizing advanced machining centers, CNC-milled parts can be manufactured efficiently with consistent, repeatable quality.
What Machining Operations Are Possible on Milling Centers?
Modern milling centers enable a wide range of sophisticated machining operations to be carried out with efficiency and precision. These include, among others, milling, drilling, tapping, and complex contour machining. By leveraging high-performance CNC technology, even intricate components can be produced economically, with reliable process stability and consistently high quality.
What are milled parts used for?
Milled parts are used across a wide range of industries, including automotive, sanitary engineering, and mechanical engineering. Depending on the specific requirements, milled components are manufactured from various materials to meet the desired mechanical properties.