About this asset

This industrial cast iron bench vice is a detailed 3D model featuring a weathered finish, suitable for workshop and garage visualisations. This mechanical bench vice features a robust cast iron construction with a distinct industrial aesthetic. The body displays heavy signs of wear, including oxidation, surface rust, and accumulated grime, suggesting significant field use. It includes a sliding jaw mechanism, a threaded spindle handle, and a circular swivel base plate for mounting to a workbench. Proportions are consistent with standard heavy-duty engineering equipment, focusing on functional durability. The textures emphasize the rough, pitted surface of the metal, providing a realistic appearance for close-up renders or detailed environmental storytelling within technical or workshop-themed projects.

The download is a 98 MB compressed archive with the model in BLEND, FBX and GLTF format.

Users can import this asset directly into their scene, utilizing the existing pivot points for placement on workbench surfaces. The model is optimized for efficient viewport performance while maintaining visual fidelity. Standard material assignments allow for quick adjustments to the weathering levels or base metal shaders to match specific lighting environments. Because it is provided as a singular object, it is easily integrated into larger workshop compositions or as a standalone prop within a broader industrial interior or exterior scene.

This bench vice is an essential prop for architectural visualisations of workshops, garages, industrial fabrication plants, and maintenance facilities. It pairs effectively with heavy timber workbenches, tool cabinets, and other workshop equipment to create an authentic, lived-in atmosphere. Professionals searching for mechanical workshop props, industrial tool assets, or detailed garage equipment will find this model suitable for adding depth to technical scenes, hobbyist spaces, or instructional animations where a realistic, worn-in look is required for the project environment.