The Studio System 2 from Desktop Metal Inc. - office friendly metal 3D printing without loose powders

The Studio System 2 brings bound metal 3D printing into offices and smaller workshops with a two step process and no loose metal powders. This bestseller keeps the Desktop Metal share price on the radar for additive manufacturing investors (ISIN US25490K1060).

Reviewed: ad hoc news B2B & Pro desk. Edited and checked on 2026-06-24, 02:39. Details in the imprint.

The Studio System 2 from Desktop Metal puts a metal 3D printer where many engineers actually sit - in the office, next to beige filing cabinets and a humming laser printer. You hear only a quiet mechanical whir instead of the harsh roar of an industrial machine. Parts come out in matte, slightly rough metal that invites you to run a finger along the edges and feel the layered structure.

How the Studio System 2 works

The Studio System 2 is a bound metal 3D printing solution aimed at prototyping and low volume production runs in engineering teams and smaller manufacturing sites. Instead of loose metal powder, it uses metal rods that look and feel more like thick filament cartridges, cutting down on messy handling and dedicated powder rooms. The process prints a green part, then sinters it in a furnace to create dense metal components with mechanical properties closer to machined parts.

Desktop Metal designed the Studio System 2 as an evolution of its first generation Studio System, simplifying the workflow to two main steps - print and sinter. The earlier separate debinding step is integrated into the furnace, which means fewer boxes on the floor and less juggling of trays between machines. For a small team with limited space, that reduction in hardware footprint can be the difference between parking the system next to a conference room or not buying it at all.

Who Desktop Metal targets

According to founder and CEO Ric Fulop, the Studio line is built for engineers who want metal parts on their desks without queuing for central production facilities or risking the safety constraints of traditional powder bed systems. He has repeatedly framed the system as an "office friendly" approach to metal additive manufacturing rather than a replacement for large factory machines. That positioning is visible in the compact enclosure, the relatively tidy cabling and the way the touchscreen interface guides users with clear icons instead of cryptic process codes.

In everyday use, that means a design engineer can adjust a bracket in CAD in the morning, send it to the Studio System 2 before lunch and, after sintering, hold a functional metal part later in the day or the next morning. Cycle times depend heavily on geometry and material, but the promise is pragmatic - shorten the loop between idea, physical part and revision for complex metal shapes that would be slow or expensive to machine. For mid sized manufacturers or automotive suppliers, that ability to iterate quickly on tooling inserts, jigs or end-use components can alter how projects are scheduled and how many design risks teams are willing to take.

Strengths and trade offs

The main strength of the Studio System 2 is convenience relative to traditional metal 3D printers. There is no need for argon flooded build chambers filled with fine powder, no daily vacuuming of powder spills and no requirement for operators in full protective suits. The machine looks more like a large office copier than a piece of heavy industry, which lowers the psychological barrier for teams that have never run additive manufacturing equipment before.

That ease comes with trade offs. Parts are generally smaller than what high end industrial metal printers can produce, and the surface finish often requires secondary operations like light machining or tumbling if cosmetic quality matters. Dimensional accuracy also depends on learning a shrinkage model for each material, since parts contract during sintering and that behavior can vary with geometry. For many practical brackets, housings or tooling inserts, those constraints are manageable, but buyers need to be clear eyed about the limits for ultra tight tolerances.

Where it fits in the market

The Studio System 2 typically appeals to companies that do not yet have a central additive manufacturing lab or that want satellite capacity closer to design teams. Small aerospace suppliers, specialty machine builders and automotive engineering groups are common examples. For them, the cost of sending every new idea to an external service bureau often slows innovation, while full blown industrial printers may be overkill in terms of budget and safety infrastructure.

Desktop Metal positions the system as a complement to its larger production platforms, not a competitor. In practice, that means an engineer might validate a geometry on the Studio System 2 at small scale and then move a refined design to a high throughput production printer for mass manufacture. This tiered model reflects a broader trend in additive manufacturing where prototyping and production often sit on different technologies optimised for their respective tasks.

Company context and stock note

Desktop Metal has spent recent years combining organic development around products like the Studio System 2 with acquisitions aimed at broadening its technology stack and customer base. The company positions itself as a full line provider of additive solutions spanning metals, polymers and specialized applications. The Studio System 2 remains a key gateway product that gets its hardware into engineering offices rather than only into industrial halls.

Desktop Metal shares are listed in the United States under ISIN US25490K1060, giving investors direct exposure to the company's mix of office focused systems like the Studio line and larger industrial platforms. The Studio System 2's commercial traction is therefore one of several levers that can influence how the market values the broader strategy.

Key facts on the Studio System 2

• Product: Studio System 2
• Manufacturer: Desktop Metal, Inc.
• Category: B2B office friendly metal 3D printer
• Launch: Second generation announced around 2020-2021, availability rolled out in subsequent years
• RRP / Price: Typically positioned in the mid to high five figure US dollar range depending on configuration and region
• Availability: Sold through Desktop Metal and authorized partners, primarily in North America, Europe and selected Asia Pacific markets
• Target group: Design and engineering teams, mid sized manufacturers, automotive and aerospace suppliers needing in house metal prototyping
• Highlight / USP: Office friendly, two step bound metal process without loose powder handling

This article was AI-assisted and editorially reviewed. Product information without guarantee; prices and availability may change at short notice. No investment advice, no buy or sell recommendation. Stock-market transactions involve risks up to total loss.