3D Systems DMP Flex 200

The 3D Systems DMP Flex 200 is a compact direct metal printing system with a 140 x 140 x 115 mm build volume, designed for dental, medical, jewelry, and small precision component applications. As the smallest member of the DMP Flex family, the Flex 200 provides the same vacuum chamber atmosphere control found on the larger Flex 350 and Factory 500 — achieving oxygen levels below 25 ppm — but in a package that fits a smaller lab or production environment. For shops printing small parts in reactive metals like titanium or producing precision CoCr dental frameworks, the atmosphere purity directly translates to better material properties.

The Flex 200 uses a single 500W fiber laser with a smaller spot size optimized for fine feature resolution on small parts. This is deliberate — the machine is not trying to compete with larger systems on build rate. Instead, it delivers excellent surface quality and detail resolution on parts that fit within its compact build volume. Layer thickness options range down to 10 um for ultra-fine detail, with 30 um being a common production setting for dental and medical parts.

Like the larger DMP systems, the Flex 200 uses a roller-based recoating system and the 3DXpert software suite for build preparation. The qualified material list includes LaserForm CoCrF75 (dental and medical grade cobalt chrome), LaserForm Ti Gr23 (Ti-6Al-4V ELI), LaserForm 316L stainless steel, LaserForm 17-4PH, and LaserForm Ni718. The dental-grade CoCr is a particular strength — 3D Systems has a large installed base in dental labs, and the validated CoCr parameters produce frameworks and partial denture components that meet regulatory requirements.

The compact footprint and relatively accessible price point make the Flex 200 a practical choice for dental labs transitioning from casting to additive manufacturing, medical device companies producing small titanium implants, and jewelry manufacturers working with precious metal alloys. The vacuum chamber is not just a premium feature at this scale — it meaningfully reduces powder waste on reactive materials and improves consistency across builds, which matters when every gram of titanium powder counts.