MACHINERY

MACHINERY

MACHINERY

OUR
MACHINERY

OUR MACHINERY

OUR
MACHINERY

Our machinery is the heart of our precision, state-of-the-art production. The equipment – all from leading manufacturers – is all state-of-the-art, ensuring that CONDOR® Custom Solutions is always capable of achieving high quality results custom-tailored to the requirements of its customers.

The value of our machines in combination with the technical competence of our employees is your guarantee that we will continuously maintain the accustomed, excellent quality level even in the case of demanding solutions.

Continuous development using technological advancements and new materials is the driving force behind our consistent, high-quality workmanship. Innovative wire-cut EDM technology, 5-axis milling technology, and a 3-D measuring machine (ZEISS CONTURA GA) are some of the components in our production that ensure this high quality standard.

In addition to quality, flexibility is also critical in the manufacturing of our products. Auf diese Weise können wir auf besondere Anforderungen des Marktes und spezifische Bedürfnisse unserer Kunden flexibel reagieren: mit individuell zugeschnittenen Lösungen in bewährter, bester CONDOR® Custom Solutions Qualität.

Nevertheless, very high quality standards do not only apply to our own manufacturing and production: Our suppliers’ products, too, are subject to our exceptional quality standards and are audited and certified. Therefore, when they purchase products from Condor, users of our devices can be assured that the products they use are the best products, are high-quality and have been tested. The platform for this quality commitment is our certification under EN ISO 13485: 2016.

ADDITIVE MANUFACTURING

ADDITIVE MANUFACTURING

In Detail

In Detail

In Detail

The field of “additive manufacturing” and especially 3D printing is based on thin film technology. Additive manufacturing is used to produce standard parts as well as functional prototypes in 3D using plastic, which are distinguished by consistent component quality.

Laser sintering system for plastics
EOS P 396

Traveling distances:
Overall dimensions 330 x 330 x 600 mm

Details:
Material used: Polyamide PA 12

Year of production: 2018

The field of “additive manufacturing” and especially 3D printing is based on thin film technology. Additive manufacturing is used to produce standard parts as well as functional prototypes in 3D using plastic, which are distinguished by consistent component quality.

Laser sintering system for plastics
EOS P 396

Traveling distances:
Overall dimensions 330 x 330 x 600 mm

Details:
Material used: Polyamide PA 12

Year of production: 2018

Wire eroding technology

Wire eroding technology

Wire eroding technology

in Detail

in Detail

Mitsubishi wire eroding machine FA 20 S Advance

Traveling distances: x/y/z 500 x 350 x 300 mm

Workpieces up to 1.500 kg
Workpiece dimensions 1.050 x 800 x 295 mm

Year of production: 2007

Milling technology

Milling technology

in Detail

in Detail

Traveling distances:
x/y/z 650x650x560 mm

Details:
Max. speed: 18.000
Workpieces up to 600 kg
Swivel angle: -120° bis +120°
Control: Heidenhain 530i

Year of production: 2011

OTHER TECHNIQUES

OTHER TECHNIQUES

OTHER
TECHNIQUES

in Detail

in Detail

Traveling distances:
Grinding length: 1250 mm
Grinding width: 600 mm
Grinding height: 700 mm
Table load: 1.500 kg

Details:
Guide system: Linearführung
Guideway lubrication: Fließfett, automatisch
Table clamping surface: 1250 x 500 mm
Table horizontal motion: max. 1550 mm
Grinding path adjustment: with incremental measuring system
Hydraulic drive: External monoblock
Table feed: 2 – 35 m/min

Year of production: 1998, Rebuilt 2018

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