CNC Milling of Aluminium and Steel to Customer Drawings

CNC milling removes material using a rotating cutting tool whose movement is controlled numerically. A machining program guides the production of features such as flat surfaces, pockets, slots, holes and freeform surfaces.

We need technical documentation specifying the component geometry, material, required tolerances and surface finish. Please provide a technical drawing and, where possible, a 3D model. Include the quantity, required delivery date, heat treatment requirements and any necessary quality documents.

The cost depends on the material, component geometry, machining time, number of setups, required tolerances and inspection scope. Batch size and additional operations also affect the price. In batch production, process planning and setup costs are spread across a larger number of parts.

Our CNC milling services are aimed at a wide range of industrial sectors, including:

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  Automotive Industry 
  Manufacture of engine components, drivetrain, and braking systems.
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  Medical Sector 
  Production of surgical tools and medical devices.
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  Machine Building 
  Manufacture of precision components for machinery and automation systems.
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  Aerospace Industry 
  Production of aircraft and satellite components.
  
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  Energy Sector   
  Machining of turbine parts, generators, and power supply systems.
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  Electronics Industry   
  Manufacture of enclosures, heat sinks, and components for telecommunications devices.
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  Shipbuilding Industry 
  Production of ship parts and navigation systems.
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  Food Industry 
  Manufacture of packaging machines and processing lines.
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  Defense Industry 
  Production of military equipment components and armored vehicles.
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  Chemical Industry 
  Machining of chemical processing equipment and reactors.
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  Mining Industry 
  Manufacture of mining machinery, transport equipment, and components for heavy machinery.

We machine aluminium, steel, stainless steel, non-ferrous metals and engineering plastics. Please specify the exact material grade and condition, such as hardened, in your enquiry. We confirm manufacturing feasibility for each project.

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  Metals
  Aluminum, tool steel, stainless steel, copper, brass, and other metal alloys used in the aerospace, automotive, and electronics industries.
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  Plastics 
  polycarbonate, polyamide, PEEK, and other materials used in electronics and industrial manufacturing.

Thanks to our advanced equipment and individual approach to each project, we can tailor machining parameters to the specific client requirements, ensuring competitive pricing and the highest finish quality. The CNC milling process covers a wide range of machining methods, including peripheral milling, face milling, as well as more advanced techniques like helical milling and freeform milling. Our company utilizes a modern CNC machine park, enabling CNC cutting, injection mold production, and manufacturing of complex components.

Our offer includes an individual approach to each project, adjustment of machining parameters according to technical documentation, and the assurance of competitive pricing.

Yes. We manufacture prototypes, one-off parts and production batches. Order terms are agreed based on the technical documentation, required operations and quantity.

Manufacturing capabilities depend on the component geometry, material, workholding and required machining operations. Please include the required tolerances and dimensions in your enquiry. We confirm feasibility after reviewing the technical documentation.

Yes. Sacher has an in-house heat treatment facility. Depending on the material and component requirements, we can incorporate heat treatment into the manufacturing process. The sequence of operations and any finishing required after hardening are determined for each component.

We define the inspection scope according to the drawing requirements. We use our measuring equipment, including coordinate measuring machines. If you require an inspection report or other quality documents, please specify this when submitting your enquiry.

Lead time depends on material availability, component complexity, batch size and current production capacity. We confirm the delivery schedule in our quotation after reviewing the scope of work.