The Mechanical Prosthetic Hand Component is a production-ready Medical 3D model, priced at $34 on TurboSquid. Budget for 43,745 polygons and 45,287 vertices when you plan the scene. What matters is not the number itself but how many copies of the object your scene has to carry at once.
Real-world footprint is 8.27 x 13.01 x H21.09 cm, so it drops into a scene at correct scale without a rescaling pass. It is a StemCell model, so it ships in TurboSquid's multi-format standard with PBR materials that carry over between renderers instead of needing to be rebuilt per engine. Objects are grouped and named logically, so isolating a single part for a material change is a two-second job rather than a cleanup task.
On this listing the stated applications are medical visualization, medical simulation and film & TV VFX. It fits medical education, VR anatomy training, patient-facing visualization and medical sequences in film.
Questions About This Model
How heavy is the Mechanical Prosthetic Hand Component mesh?
43,745 polygons and 45,287 vertices, built as polygonal quads/tris. What matters is not the number itself but how many copies of the object your scene has to carry at once.
What does StemCell mean for the Mechanical Prosthetic Hand Component model?
StemCell is TurboSquid's multi-format standard. The model was authored once and delivered in several formats with matching PBR materials, so shading survives the move between a game engine and an offline renderer.
How much does the Mechanical Prosthetic Hand Component 3D model cost?
It is listed at $34 USD on TurboSquid. That is a one-off purchase under the Royalty Free license - there is no subscription and no per-project fee afterwards.
What file formats does the Mechanical Prosthetic Hand Component 3D model come in?
Every included file is listed on the product page at TurboSquid, with format and size shown per download. That page is the source of truth rather than this summary.
