Precision & low tolerances
CNC milling parts strong enough for space
Characteristics
Material Aluminium |
Surface Surtec 650 Powder paint |
Solution CNC milling |
Tolerance K6 Concentricity of 0.03 |
Characteristics
Material
Aluminium
Solution
CNC milling
Surface
Surtec 650
Powder paint
Tolerance
K6
Concentricity of 0.03
Challenge: establishing requirements for functionality and quality
Establishing the customer's needs for quality level and functions was the first challenge in this project. In order to offer the best price possible, we had to know exactly what the requirements were.
What the customer needed was a reliable product for their satellites. Moreover, low tolerances were vital to meet the required functionalities of the product.
Given the critical role their satellites play in facilitating global communication, the customer knows that both reliability and quality are non-negotiable. At the same time, price was just as important.
Result: CNC-milling with low tolerances
K6 tolerance standards and concentricity within 0.03 parameters call for a precise production method. CNC milling made it possible to meet these required measurements.
Moreover, the part is made of aluminium, making it lightweight and suitable for the satellite.
The high precision and minimal deviation guarantee stable performance in the harsh conditions of space, while the lightweight construction contributes to the efficiency of the satellite.
About the customer
The customer is a satellite manufacturer, specialising in the design, production, and deployment of high-performance satellites. With a steadfast commitment to reliability, they are a trusted global supplier to both commercial and governmental clients.
Having partnerships with leading industry players and governmental agencies, sets high demands on the satellites. Through continuous product development, the company pushes the boundaries of innovation, creating satellite solutions that cater to the specific needs of global clientele.
CNC milling – what is it?
CNC milling is an advanced manufacturing technique that involves computer-controlled machining and a multi-point cutting tool. This method takes a CAD model as a starting point. A material block is then positioned on a machine bed, and the desired product is cut out.
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