IMPORTANT:

• This product includes digital files only. No physical item will be shipped.
• FBX and OBJ include geometry and basic material IDs only.
• STL format includes geometry data only.

The 'Antique Medical Instruments Full Pack 26 Models' is a comprehensive collection of production-ready 3D models. All assets are generic, non-branded, and perfectly suitable for commercial and creative projects.

This pack features a wide variety of vintage medical and surgical instruments designed for retro environments: surgical forceps, specialized bone and skull tools (trepan, spreader, mallet, awl), diagnostic devices, reusable glass and metal syringes, as well as scalpels, scissors, refractors, probes, hooks, and an antique pill bottle. The pack is unified by an authentic vintage aesthetic, combining turned wooden handles, aged metal textures, and historical surgical functionality. Well-suited for retro medical scenes, historical laboratories, asylum environments, and museum renders.

Developed in 3ds Max and optimized for V-Ray rendering (all preview images are rendered in 3ds Max/V-Ray). The BLEND format also includes materials fully configured for Cycles and Eevee. The 3D models feature realistic proportions and accurate UVW mapping, making them suitable for a variety of rendering and production scenarios. Perfect for flight simulation assets, VFX, motion graphics, cinematics, and interactive applications.

Available formats:

• MAX (3ds Max 2023, V-Ray 6.1)
• MAX (3ds Max 2015, V-Ray 3.6)
• BLEND (Blender 4.4, Cycles and Eevee)
• FBX 2020 (Autodesk)
• OBJ (Wavefront)
• STL (Stereolithography)

Geometry (Total 26 Models Statistics):

• Polygons: 171,094
• Triangles: 334,112
• Edges: 342,016
• Vertices: 171,152

Scene details:

• Clean topology
• Real-world scale
• Models positioned at world center X:0 Y:0
• No cleanup required - simply import and render

Textures included:

• Medical_Tool_Metal_RGlossiness.png (4096x4096) - Tiling (U/V) / Scale (X/Y) = 1.0 x 1.0
• Medical_Tool_Wood_Diffuse.png (4096x4096) - Tiling (U/V) / Scale (X/Y) = 1.0 x 1.0