Desktop Metal Shop System

A revolutionary solution for the series production of metal parts

The Desktop Metal Shop System is the world's first metal binder jetting system designed specifically for series production. It revolutionizes the production of metal parts with its high printing speed, outstanding print quality and impressive productivity. With its ability to support a wide range of materials, the Shop System offers a versatile and cost-effective solution for modern workshops. The Shop System consists of four main components: a 3D printer, a drying oven, a powder station and a sintering oven. These components work seamlessly together to enable efficient and effortless printing of end-use parts.

High productivity

Cost efficiency

Design freedom

Versatility

Sustainability

Flexibility

Components of the Desktop Metal Shop System

3D printers

The Metal Binder Jetting (BJ) 3D printer is the heart of the store system. It enables the fast and precise printing of high-resolution metal parts. With its advanced technology and versatile application options, the 3D printer is an essential part of the Shop System.

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Desktop Metal Shop System 3d Printer

Drying oven

After printing, the component chamber with the printed parts is placed in a cross-linking oven. Cross-linking is a thermal curing process that gives the green parts additional strength before they are de-powdered.

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Desktop Metal Shop System drying oven

Powder station

The powder station is a central component of the store system. It enables efficient and safe handling of the metal powder. The station removes excess powder from the printed parts and recycles it for the next print run. This ensures optimum use of the material and contributes to cost savings.

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Desktop Metal Shop System Powder Station

Sintering furnace

The sintering furnace in the Shop System is responsible for sintering the printed parts. In this step, the parts are heated to high temperatures to remove the binder and compact the metal powder into a durable metal part. The furnace ensures precise and reliable sintering and guarantees the quality of the end products.

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Desktop Metal Shop System sintering furnace

Printing process

The printing process with the Desktop Metal Shop System consists of three steps. These enable the efficient production of high-quality metal parts with complex geometries and excellent mechanical properties. The process is precise, reliable and offers high reproducibility of the printed parts.

  1. Printing: For each layer, the printer spreads metal powder on the print bed and precisely injects a binder to bind the loose powder and define the geometry of the part. Layer after layer of metal powder and binder is applied until the entire build volume is filled with bonded parts and the surrounding loose powder.
  2. De-powdering: Once a print has been completed and cured in the drying oven, the print build is removed and taken to a powder station to remove excess and fine powder. This is done using a suitable powder removal tool, such as a brush or compressed air. The excess powder is removed from the parts and recovered by an integrated powder recycling system with powder sieving.
  3. Sintering: The de-powdered parts are then sintered in a furnace. Here, the parts are heated to high temperatures to remove the binder and compact the metal powder. The furnace ensures precise sintering and transforms the printed parts into solid metal parts with high density and strength.

Advantages

Easy to use and operate

The Desktop Metal Shop System was developed specifically for modern machine shops and fits seamlessly into your workflow. It enables you to produce parts with outstanding surface finish and resolution at a fraction of the cost of laser-based 3D printing systems.

Affordable & turnkey

desktop metal store system complete system


The Desktop Metal Shop System provides all the equipment your machine shop needs to get started with binder jetting - from printing to sintering. It is available in various build volume configurations (4L, 8L, 12L and 16L) and has been specifically designed to match the throughput of your shop.

Simple sintering with Live Sinter™

desktop metal live sinter diagram


Take the guesswork out of sintering printed parts. Live Sinter solves the decades-old problem of part shrinkage and deformation through predictive counter-deformation. The software simulates the complex forces parts are subjected to during sintering and automatically adjusts geometries to achieve the desired dimensions after printing according to the original, intended design specifications.

Simplified post-processing


The parts printed on the Shop System™ are fully supported in the powder bed and are equipped with manually removable sintering devices. This eliminates the time-consuming processing of support structures that is common with laser-based 3D printing systems. Instead, you get near-finished parts straight from the oven.

Unparalleled productivity

Boost your company's performance by using 3D printing. With ease, you can print end-use metal parts that have the quality, surface finish and tolerances required to fit seamlessly into machining operations.

10x faster than other metal 3D printing systems


The Desktop Metal Shop System uses a high-speed printing system that can produce high-quality metal parts in a single pass. Compared to laser powder bed fusion systems, it allows up to 10 times the speed. This means you can print hundreds or even thousands of metal parts per day.

One finished print per work shift


Average cycle times of 6-12 hours allow new parts to be produced every shift. With the ability to print dozens to hundreds of near-finished parts every day, you can reserve machine operators' time for refining key features.

Working with flexible batch jobs


The Shop System™ offers a tool-free production process. At the touch of a button, you can seamlessly switch to a new job and process multiple complex jobs without the need for individual set-up.

Superior print quality

Print customer-ready parts with high resolution and impressively fine details. With the Desktop Metal Shop System, you can achieve surface finishes of up to 4 µm Ra directly after sintering. It produces dense and solid parts that require no debinding or filling.

High-resolution metal 3D printing


The Desktop Metal Shop System offers the highest resolution single-pass binder jetting system on the market today. With a native resolution of 1600×1600 DPI (a 33% higher resolution than comparable systems) and over 670 million drops per second, the Shop System™ delivers high-resolution 3D printing at high speed.

No compromises thanks to adaptive printing system

adaptive pressure system


Users of the Shop System™ do not have to compromise on detail or resolution in the name of speed. With a droplet size of 1.2 pL and automatic droplet multiplexing of up to 6 pL, the Shop System™ achieves outstanding surface finish, precise gate control and high detail at high speed.

Reliability: 5-fold print redundancy


Users of the Shop System do not have to compromise on detail or resolution in the name of speed. With a droplet size of 1.2 pL and automatic droplet multiplexing of up to 6 pL, the Shop System™ achieves outstanding surface finish, precise gate control and high detail at high speed.

Print examples

Use these examples to get an idea of how many parts you can print and at what cost with the Desktop Metal Shop System.

Desktop Metal Shop System

Clutch disk

Machining this clutch disk would require multiple setups and multiple machining operations. By printing the part, only the critical dimensions need to be machined, saving labor and CNC machine time and reducing the cost of the part.

Size (mm)80 x 80 x 15
Cost per part ($)49.57
Parts per print 29
Weekly throughput200
Desktop Metal Shop System

Bearing housing

This part had to be made quickly from steel. With the help of the store system, the required parts were printed in just 4 days and were ready for assembly in less than a week, requiring almost no labor.

Size (mm)73 x 65 x 30
Cost per part ($)72.89
Parts per print 24
Weekly throughput192
Desktop Metal Shop System

The production of these shear blades would traditionally require expensive tooling for production by stamping or metal injection molding. Mass production with the Shop System eliminates tooling costs and drastically reduces the lead time for production.

Size (mm)36 x 35 x 3.5
Cost per part ($)5.74
Parts per print 684
Weekly throughput4'788

Download

Brochure Desktop Metal Shop System

Data sheet 3D printer

Data sheet drying oven

Powder station data sheet

Data sheet sintering furnace

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