Choosing the Best Industrial Binder‑Jetting 3D Printers: Top 5 Picks

Above: Digital Metal’s 3D printing technology uses metal binder jetting.

Binder jetting has become a staple in additive manufacturing, offering rapid production of sand molds, metal components, decorative items, and prototypes at a fraction of the cost of conventional methods. With dozens of machines on the market, selecting the right system for your workflow can be daunting. Below, we examine the five most compelling industrial binder‑jetting printers, outlining their key features, material options, and typical applications.

Binder jetting is a powder‑bed process that deposits a liquid binder onto successive layers of powder, fusing the particles together. For more detail on the fundamentals of binder jetting, see our short guide.

1. Digital Metal’s DM P2500

Manufactured by Digital Metal, a subsidiary of Höganäs AB, the DM P2500 delivers high‑precision metal binder jetting with exceptional resolution. Its unscaled build envelope of 203 × 180 × 69 mm lets users nest multiple parts in a single build, eliminating the need for support structures. Because the machine operates at ambient temperature, warping and shrinkage are minimal, leading to a low scrap rate.

All powder used by the DM P2500 is nearly 100 % recyclable, further reducing material waste. The system is compatible with stainless‑steel alloys and titanium, making it ideal for medical devices, aerospace components, automotive parts, luxury goods, and industrial tooling. Keep in mind that finished parts require post‑processing—typically infiltration and sintering—which adds cost and time to the production cycle.

2. ExOne’s M‑Flex

ExOne’s M‑Flex is a large‑format binder‑jetting platform that expands the build volume to 400 × 250 × 250 mm. The printer supports a broad palette of metals—including stainless steel, bronze, tungsten, and Alloy IN 625—as well as non‑metallic feedstocks such as glass, silica, and ceramic sand.

Its versatility makes the M‑Flex an excellent choice for custom metal parts in the automotive, aerospace, heavy‑equipment, and energy sectors, as well as for consumer‑grade components. Functional parts produced on the M‑Flex must be cured in a furnace to attain the desired mechanical strength. With a starting price of roughly $450,000, the machine is a premium investment best suited to established industrial operations.

3. Voxeljet’s VX1000

Voxeljet AG’s VX1000 is a flagship binder‑jetting system renowned for its speed and resolution. The machine offers a generous build volume of 1,000 × 600 × 500 mm, ideal for medium‑volume production runs. With a print resolution of up to 600 dpi, the VX1000 produces highly detailed parts in a fraction of the time required by slower systems.

Material options are focused on sand and thermoplastic—silica sand and PMMA (a recyclable, transparent thermoplastic). These feedstocks make the VX1000 perfect for creating cost‑effective sand cores, molds, and plastic parts used in prototyping, display models, and metal casting. Post‑processing is necessary to improve mechanical properties, as with all binder‑jetting devices.

4. 3D Systems’ Projet CJP 860pro

The Projet CJP 860pro is the flagship of 3D Systems’ ColorJet Printing line, boasting a sizable build envelope of 508 × 381 × 229 mm. It excels at high‑resolution, full‑color printing, making it a favorite for consumer‑facing products such as concept models, prototypes, and figurines.

The system uses proprietary VisiJet PXL plastic and includes a dedicated cleaning station. While the parts it produces are visually impressive, they are not inherently functional; they are brittle and require infiltration and finishing processes to achieve acceptable strength and surface quality.

5. ComeTrue T10 by MicroJet Technology

Although the previous models cater to industrial‑scale production, the ComeTrue T10 brings binder‑jetting into the desktop arena. Priced around $30,000, the T10 delivers a build size of 200 × 160 × 150 mm and fast print speeds, ideal for figurines, architectural, biomedical, and artistic models. Like its industrial counterparts, the T10’s parts benefit from post‑processing to enhance durability.