Metal additive manufacturing machine CoaxPrinter
laser metal depositionindustrial

Metal additive manufacturing machine - CoaxPrinter - PRECITEC OPTRONIK - laser metal deposition / industrial
Metal additive manufacturing machine - CoaxPrinter - PRECITEC OPTRONIK - laser metal deposition / industrial
Metal additive manufacturing machine - CoaxPrinter - PRECITEC OPTRONIK - laser metal deposition / industrial - image - 2
Metal additive manufacturing machine - CoaxPrinter - PRECITEC OPTRONIK - laser metal deposition / industrial - image - 3
Metal additive manufacturing machine - CoaxPrinter - PRECITEC OPTRONIK - laser metal deposition / industrial - image - 4
Metal additive manufacturing machine - CoaxPrinter - PRECITEC OPTRONIK - laser metal deposition / industrial - image - 5
Metal additive manufacturing machine - CoaxPrinter - PRECITEC OPTRONIK - laser metal deposition / industrial - image - 6
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Characteristics

Materials to be printed
metal
Technology
laser metal deposition
Applications
industrial

Description

The CoaxPrinter offers you a wide range of applications in additive manufacturing - from filigree structures to complex large-volume 3D shapes. It is used for 3D printing, prototype construction and wear protection. Non-porous layers can be applied in any direction. Advantages • Automated and highly flexible The start-up of the CoaxPrinter is possible on any type of laser in a short time. The optics and the associated process offer a large process window and thus allow tolerance with regard to fluctuations in parameters such as working distance, wire feed, and laser power. The processing of many different wire materials, including cored wires, offers a high degree of flexibility in the application. Process monitoring documents the quality of the applied layers. • Low operational costs The coaxial wire feed allows 100 % material utilization. In addition, the wire material is more cost efficient to purchase than powder. High process speeds of up to 5 m/min also allow high application rates. • Low need for reworking The targeted heat input is significantly lower compared to conventional welding and reduces component distortion to a minimum. Technical data • max. laser power: 6 kW (cw, 900 - 1080 nm) • Focal lengths Collimation: 55 mm (NA ≤0,22), 100 mm (NA ≤0,13) • Stick-Out: ≈ 10 mm • Welding rod diameter: 1.0 - 1.6 mm

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.