Spectra H
Metal EBM 3D Printer
Spectra H’s high-heat capability enables users to incorporate new alloys into production to expand their offerings, including high-temperature, crack-prone materials.
Specifications
Max. build size:
250 x 430 mm (D,H)
Max. beam power:
6kW
Cathode type :
Single crystalline
Minimum chamber pressure :
5 x 10-4mbar
Typical build atmosphere:
4 x 10-3mbar (partial pressure of He)
Power supply:
3 x 400 V, 32A, 13kVA
He consumption, build process:
5 liter/h
He consumption, ventilation:
150-200l/build
Typical process temperature range:
600-1,100°C
Size:
1,328 x 2,344 x 2,858 mm (D,W,H)
Weight:
2,915kg
CAD interface:
Standard STL
Brochure
Get the Spectra H EBM 3D Printer brochure now for comprehensive details and specifications
BROCHURE.PDF
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Spectra H
High heat for high-temperature alloys
With Spectra H’s high-heat capability, users can incorporate new alloys into production to expand their offerings, including high-temperature, crack-prone materials. The Spectra H has the capability to produce parts at temperatures exceeding 1,000 °C. The machine’s enhanced capacity is opening up new opportunities to produce high-integrity parts larger and faster than ever before. As part of a system that simplifies operation and maximizes output, Spectra H is the evolution that’s helping the industry take the next step forward.
Additional Features
Point Melt technology
Point Melt, available on Colibrium Additive's Spectra EB-PBF printers, is a process during which metal powder is melted through small "points" instead of lines as commonly done. This technology enables a more accurate temperature and reduces temperature gradients through the printing of a part. As result, metal parts produced using Point Melt can benefit from elimination of supports needed to build overhangs and an improved surface quality. Point Melt also enables additional scan strategies, such as multiple passes on the same area allowing melt pool control and the resulting microstructure.