CNC turned parts

Turned parts production:

• Diameter
  Rod Ø: 0.5-80 mm
  Chuck Ø: 0-660 mm
• Materials:
  Aluminium, stainless steel, heat-treated steel, steel, brass, copper, bronze, plastic, titanium, Hastelloy
• Production systems:
  A large machine park is available for the production of your components. Production takes place on short lathes, long lathes, multi-spindle lathes
• Additional machining:
  milling, grinding, polishing, grooving, gear cutting, knurling, honing, tempering, gas nitriding, gas nitrocarburising

Machine technology and turning processes:

• Short turned parts
• Long turned parts
• Ring turned parts
• Automatic turned parts

We are your contact for machining and also offer milled parts. Check out our other manufacturing options!

Parts marking

Do you want precise batch traceability or exact identification of your parts?

We have the option of labelling your parts. Depending on the quantity and geometry, there are different ways to apply labelling.

Production options:

• Embossing
• Laser marking
• Stamping numbers

Ask us, we will help you with your selection.

Surfaces / post-treatments

• galvanic / chemical Nickel
• Zinc
• Dacromet
• Anodising
• Geomet
• Burnishing
• Wet painting
• Delta Tone
• KTL coating
• Chrome, hard chrome
• Copper plating
• Gold plating
• Silver plating
• Phosphating
• Pearlescent nickel / chrome
• Zinc lamellar coating

Advantages of CNC lathe machining

Machining offers a variety of benefits that make it a popular choice for metalworking.

The advantages:

• Precision: Computer-aided manufacturing enables precise machining with tight tolerances. This is the basis for the high quality of the manufactured parts.
• Repeat accuracy: The CNC control ensures that production steps can be repeated exactly time and time again. This guarantees consistent quality in the series production of parts.
• Flexibility: Different diameters and materials can be machined. This makes CNC machining versatile.
• Complexity: CNC lathes can be used to create complex shapes and contours. This would be difficult to realise with conventional lathes.
• Efficiency: The automatic control ensures efficient and automated production. The high precision also makes it possible to reduce rejects.
• Cost efficiency: CNC lathes can be used universally. This means that a wide range of parts can be produced. High precision and efficiency enable costs to be reduced and profitability to be increased.

Why create a technical drawing?

Technical drawings are used to define the required properties of turned parts. The drawing shows the turned part graphically in a two-dimensional plane. The illustration is true to scale. There are presentation rules that must be observed when creating technical drawings. This means that everyone has the same basis and understanding for reading a drawing. Depending on the complexity, several views are possible. It is important to specify all dimensions for the shape and geometry of the workpiece, the surface, material and treatments. This is the only way to guarantee production without time-consuming queries and errors. The German Institute for Standardisation (DIN) is the publisher of the presentation rules. The various standards and rules can be viewed there, for example DIN ISO128, DIN406, DIN EN ISO 5457, DIN ISO 5455 ff.

A standardised basis for the design of drawings is important. This is the basis so that everyone interprets the drawing in the same way and errors are avoided. Ambiguities can be very expensive later in production!

Dimensioning a turned part

Design tips and information on creating a drawing.

The geometry of the part is defined on the drawing by the dimensions. In order to avoid errors, dimensions must result directly or through a combination of dimensions.

What should be dimensioned:

• Diameter
• Lengths / depths
• Radius
• Chamfers / edge breaks
• threads
• Pitch circles
• Surface roughness
• Form-position tolerances