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Machine evidence

HP Metal Jet S100

Decision context / editorial guidance

Screen the application.
Then qualify the process.

Worth investigating if: your supplier can demonstrate the required alloy, geometry and finished-part specification on the quoted HP Metal Jet S100 configuration.

Do not buy on this page alone: a published envelope or machine configuration does not establish repeatability, accepted-part cost or local support.

Editorial purchasing guidance, not a verified recommendation for a particular application.

Published geometry / not guaranteed part fit

X 430 · Y 309 · Z 170 mm

Front view shows X:Z proportions. Depth Y is stated numerically. Supports and clearance reduce usable space.

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Manufacturer listing reviewed · confirm configuration

At a glance

What is it?

HP Metal Jet S100 is a production metal binder-jetting platform that prints bound powder shapes before curing, depowdering and furnace sintering.

How does it print?

Binder jetting: a printhead deposits binder into layers of metal powder; the printed shape is later depowdered and sintered in a furnace.

When might I consider it?

Consider it when you want to evaluate binder jetting rather than laser powder-bed fusion and are prepared to compare the complete print-to-sinter workflow.

Build space430 x 309 x 170 mm on the current HP platform page; an older technical brochure listed 200 mm Z, so confirm the current configuration.This is the published build space for the stated configuration. Supports and process requirements can reduce usable space.
Print processBinder jetting · furnace sintering after printingBinder is jetted into metal powder; the green part then needs depowdering and sintering.
MaterialsSee supported material evidenceConfirm the exact alloy, settings and qualified process with the supplier.
Public priceHP currently states the Metal Jet S100 platform starts at approximately US$550,000; exact configuration pricing requires a quote.Use a current configured supplier quote in any economic comparison.

What public specs cannot tell you: finished-part speed, cost, quality or fit for your exact application.

Binder jetting · powder-and-sinter workflow · HP

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Availability and review notes
Current HP Metal Jet S100 platform configuration found on the reviewed HP product page; exact system scope and quote depend on configuration.

Source review: . Source-specific review dates appear beside each fact.

Published capabilities

CapabilitySource-backed detail
HP Metal Jet S100 effective build volume430 x 309 x 170 mm on the current HP platform page; an older technical brochure listed 200 mm Z, so confirm the current configuration.OEM ↗ · Source reviewed
More published specifications and source notes
Published detailEvidence
HP Metal Jet S100 technologyHP Metal Jet binder-jetting platform; the S100 mass-production configuration includes printers, build units, curing, powder-management/removal and furnace equipment.OEM ↗ · Source reviewed
HP Metal Jet S100 current material examplesStainless steel 316L and 17-4PH are listed among the primary materials; other qualified/compatible materials may be available through approved suppliers.OEM ↗ · Source reviewed
HP Metal Jet S100 public price contextHP currently states the Metal Jet S100 platform starts at approximately US$550,000; exact configuration pricing requires a quote.OEM ↗ · Source reviewed
Layer thickness35–140 µm, per S100 technical specifications.OEM ↗ · OEM source checked
Machine dimensions / footprintPrinter: 2975 x 1350 x 2410 mm (W x D x H); operating clearances are separate.OEM ↗ · OEM source checked
Machine weightPrinter: 851 kg. Build unit: 261 kg; curing station: 400 kg. Separate masses.OEM ↗ · OEM source checked
Published print speed / throughput — stated basis1990 cc/hr at 50 µm layers; actual speed depends on build depth, material and processing parameters. Curing and sintering are separate.OEM ↗ · OEM source checked
Manufacturer positioningHP presents the S100 as a metal binder-jetting production solution with separate processing stations.OEM ↗ · OEM source checked

What still needs a supplier answer

Purchasing questionEvidence gap
All-in delivered machine priceCurrent quote required
Build time for your partNot verified for your geometry
Alloy and parametersConfirm the exact qualified combination
Application fitConfirm tolerances, finishing, inspection and local support

Source review dates identify when the cited material was reviewed. A source review is not a performance test; genuine third-party corroboration is identified separately.

Prepare a useful quote request

Send your exact alloy, dimensions, orientation, supports, inspection criteria and finishing route. Ask for usable build space and effective build time for that configuration. Include installation, training, service, software, gas supply and qualification in the delivered quote. Unverified fields on this page can be used as questions to confirm directly with the manufacturer before purchase.

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