Genel Elektrikli Konvektör Isıtıcı 3D model

Accurate 3D Model of a generic common household electric convetor heater. Created in 3ds Max 2017 and rendered with V-Ray 3.40.03. 3ds Max version includes camera and lights ready to render in V-Ray. Setup with transparent background with shadow plane, so you are able to add any background image or environment and includes studio HDRI file. 3ds Max 2014 format has been included for backwards compatibility. Model Features -------------- - Built to real-world scale (27 x 85 x 61cm). - Heater is constructive solid geometry with simple interior. No need for 2-sided materials. - All objects have 100% quads, no tris or n-gons were used. - Elements are fully unwrapped. - Hard surface modeling techniques used with good edge loops and holding edges. - TurboSmooth applied to all objects. - No overlapping faces or overlapping vertices. - Grouped and linked for easy selection and placement. - Model sits flush with the ground plane. - Relative texture file paths. - Includes V-Ray materials and comes ready to render in 3ds Max V-Ray. - Objects named intelligently -- heater_body -- heater_dial -- heater_foot_left -- heater_foot_right -- heater_grill -- heater_handle_left -- heater_handle_right -- heater_handle_left_screw_1 -- heater_handle_left_screw_2 -- heater_handle_right_screw_1 -- heater_handle_right_screw_2 -- heater_switch_1 -- heater_switch_2 -- heater_switch_housing -- heater_switch_light_1 -- heater_switch_light_2 Scene Details ------------- - 16 Objects - 12,399 Poly Count (No TurboSmooth) - 13,387 Vertex Count (No TurboSmooth) - Procedural V-Ray Materials Includeded: -- Glossy Plastic -- Painted White Metal -- Chrome -- Red LED Light - Heater Diffuse and Relective Maps included. - Original Photoshop file with layers included for easy editing in textures folder. FBX and OBJ --------------- FBX and OBJ files included for support in other 3D applications. Please note that the geometry you will need to reattach texture maps when using the FBX or OBJ files in other applications.