Rees Zerspanungstechnik GmbH Wehingen
Contact & company data

Contact names

Thomas Rees

  • Geschäftsleitung

  • Phone: Show phone number 07426 / 528011
  • Fax: Show fax number 07426 / 528066
  • E-Mail: contact now

Carmen Raiser

  • Vertrieb

  • Phone: Show phone number 07426/528011
  • Fax: Show fax number 07426/528066
  • E-Mail: contact now

Wolfgang Pfenning

  •  

  • Phone: Show phone number 07426/528011
  • Fax: Show fax number 07426/528066
  • E-Mail: contact now

Melanie Bosch

  • Vertrieb

  • Phone: Show phone number +49 7426 528024
  • Fax: Show fax number +49 7426 528066
  • E-Mail: contact now

Technologies

Machining - Milling

Technology Lotsize Length Width Height Diameter Weight Material Strength

5-axis milling machines

1 - 1000000 1 mm -
800 mm
1 mm -
600 mm
1 mm -
500 mm
-
- -

Form milling (3 D)

1 - 1000000 1 mm -
800 mm
1 mm -
600 mm
1 mm -
500 mm
-
- -

HSC milling

1 - 1000000 1 mm -
800 mm
1 mm -
600 mm
1 mm -
500 mm
-
max. 1500 kg -

Milling

1 - 1000000 1 mm -
800 mm
1 mm -
600 mm
1 mm -
500 mm
-
- -

Machining - Turning

Technology Lotsize Length Width Height Diameter Weight Material Strength

Automatic turning (bar)

500 - 10000000 1 mm -
1000 mm
-
-
1 mm -
100 mm
- -

Full-range turning (including milling)

500 - 1000000 1 mm -
300 mm
-
-
30 mm -
100 mm
- -

Swiss turning

500 - 1000000 1 mm -
1000 mm
-
-
1 mm -
32 mm
- -

Turning

500 - 10000000 1 mm -
2000 mm
-
-
5 mm -
250 mm
- -

Machining - Drilling / Sawing

Technology Lotsize Length Width Height Diameter Weight Material Strength

Drilling / threading / tapping

1 - 1000000 1 mm -
800 mm
1 mm -
600 mm
1 mm -
500 mm
-
max. 1500 kg -

Mechanical Engineering & Assembly - Assembly

Technology Lotsize Length Width Height Diameter Weight Material Strength

Mechanical assembly

- -
-
-
-
max. 500 kg -

Mechanical Engineering & Assembly - Measuring & Testing

Technology Lotsize Length Width Height Diameter Weight Material Strength

Measuring / testing

- 1 mm -
2500 mm
1 mm -
1250 mm
1 mm -
1250 mm
1 mm -
500 mm
max. 500 kg -

Gear making - Threading

Technology Lotsize Length Width Height Diameter Weight Material Strength

Thread rolling

500 - 100000 10 mm -
500 mm
-
-
2 mm -
40 mm
- -

Surface treatment - Heat Treatment

Technology Lotsize Length Width Height Diameter Weight Material Strength

Annealing

500 - 100000 5 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
5 mm -
200 mm
max. 40 kg -

Carbonitriding

500 - 100000 1 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
5 mm -
200 mm
max. 40 kg -

Case hardening/surface hardening

500 - 100000 5 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
5 mm -
200 mm
max. 40 kg -

Hardening

100 - 100000 1 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
5 mm -
200 mm
max. 40 kg -

Hardening and tempering

500 - 100000 1 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
5 mm -
200 mm
max. 40 kg -

Induction hardening

250 - 100000 10 mm -
1000 mm
1 mm -
200 mm
10 mm -
1000 mm
2 mm -
100 mm
max. 50 kg -

Oxidizing

500 - 100000 5 mm -
500 mm
5 mm -
250 mm
5 mm -
250 mm
5 mm -
200 mm
max. 40 kg -

Surface treatment - Surface Treatment

Technology Lotsize Length Width Height Diameter Weight Material Strength

Anodizing

500 - 100000 5 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
-
max. 40 kg -

Blacking

500 - 100000 1 mm -
500 mm
1 mm -
200 mm
1 mm -
200 mm
-
max. 50 kg -

Electroplating

500 - 100000 5 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
-
max. 40 kg -

Galvanizing

500 - 100000 5 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
5 mm -
200 mm
max. 40 kg 1 mm -
100 mm

Nickel plating

500 - 100000 5 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
-
max. 40 kg -

Phosphatizing

500 - 100000 5 mm -
500 mm
1 mm -
250 mm
1 mm -
250 mm
-
max. 40 kg -

Finishing - Finishing

Technology Lotsize Length Width Height Diameter Weight Material Strength

External cylindrical grinding

100 - 50000 5 mm -
500 mm
-
-
10 mm -
150 mm
- -

Non-circular / crankshaft grinding

100 - 100000 40 mm -
200 mm
-
-
-
max. 3 kg -

Rotofinishing, barrel finishing

100 - 1000000 1 mm -
200 mm
1 mm -
100 mm
1 mm -
100 mm
-
- -
further Technologies

Company description

Manufacture of precision machined parts and milling parts from all machinable materials.


CNC turning (up to D 90 mm ​​rod)
CNC turning (up to 250 mm in the feed)
CNC long turning
CNC multi-spindle turning (32 axes)
CNC Machining Centers (5-Axis)


Batch sizes up to 1000 pieces .... Piece
including all subsequent operations up to the assembly


In the field of machining there are many different ways of working. One is the CNC machining. Through this method, the milled parts get even complicated 3D contours. The CNC machining is done with machines with up to 8 axes. CNC turned parts can be made of different materials. For machining titanium, copper, brass, plastic, aluminum, stainless steel and other materials are suitable. Rotating parts in general can assume unusual shapes. In particular, the CNC milled parts often see pretty spectacular. Through its 3D contours CNC turned parts have a special effect.The machining is extremely versatile. Machining technology is used in various fields. Lathe parts, especially CNC lathe parts, are very expensive to manufacture. To produce a CNC lathe part, one special machines and more time than the normal CNC turned parts needed.


The machining and especially the CNC machining requires a good education in the field. The partially very complex turned parts and just the CNC lathe parts require a tremendous expertise. A single CNC lathe part caused enormous amount of time. For these special turned parts, a particularly accurate work is absolutely necessary. For the purposes of machining are all chip forming materials. Depending on the material, the cutting is performed with different speeds. Are the turned parts made of wood, the cutting is done with high cutting speed and without cooling lubricants.Turned parts made of plastics, however, are processed at medium cutting speed. When machining water or alcohol are used for cooling. A special product from the metal cutting machines is the rotating part. Such automatic turned parts can be made ​​from almost all machinable materials. Just like the CNC long turning parts of the screw-cutting without technical knowledge can not be produced. All machined parts require special machinery for the production. Rotating parts are to be finished by hand hardly. Are the turned parts made of wood or plastic, the machining is possibly still done manually, but with harder materials the use of expensive machining is necessary. To establish automatic turned parts, can not be dispensed with the machines. Automatic turned parts are usually ordered in enormous quantities and from extremely strong materials. Also for CNC turned parts is similar. This machining is simply too specific.

CNC turned parts requiring extreme precision. Turned parts of this type are mainly used in machine and plant engineering. These industries would not do without CNC turned parts, turned parts, and the entire range of machining technology. Milling Services, CNC turned parts, turned parts, and just such special products as a CNC lathe part are absolute precision products. As simple as the concept sounds cutting, this process but it is not. Cutting sounds like simple separation that hide behind it but also things like complex CNC turned parts or automatic turned parts, no one thinks at first. Without these highly intricate parts, especially without the screw-cutting work would be impossible in some areas.
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Materials

  • Steel

    • Structural steel
    • Case hardening/tempering steel
    • Stainless steel (rust-proof V2A)
    • Stainless steel (rust-proof V4A)
    • Free-cutting/mild steel
    • Tool steel
    • Spring steel
    • Cold extruding steel
  • Cast metals

    • Cast steel
    • Cast iron
  • Light metals

    • Aluminium and aluminium alloys
    • Magnesium and magnesium alloys
    • Titanium and titanium alloys
  • Heavy metals

    • Copper-zinc alloys (brass)
    • Copper and copper alloys
    • Zinc and zinc alloys
  • Plastics/synthetic materials

    • Thermoplastics
    • Thermosets
    • Natural and vulcanised rubber
    • Glass fibre-reinforced plastic
    • Carbon fibre-reinforced plastic
    • Particle reinforced composite materials
  • Advanced Materials

    • Nickel alloy (Inconel, Monel, Hastelloy)
  • Precious metals

    • Silver
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Industries

  • Electrical industry
  • Packaging industry
  • Paper and printing machinery industry
  • Precision engineering, mechatronics and optics
  • Hydraulic and pneumatic industry
  • Boiler, container and tank construction
  • Aerospace and aviation industry
  • Medical technology
  • Measurement and control technique, laboratory equipment
  • Military engineering
  • Furniture industry
  • Railway and rail vehicles industry
  • Chemical industry
  • Office machinery and supplies
  • Construction and architectural supplies
  • Building, agricultural and forestry machinery manufacturing
  • Automotive and vehicle construction
  • Automation and control engineering
  • Fittings engineering
  • Apparatus engineering
  • Drive and gear engineering
  • Plant engineering and construction
  • Machine tool manufacturing
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References

Bosch (Preferred Supplier) / LUK / Magna / Pierburg / Schaeffler
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