Highly detailed, production-ready 3D model of a fingertip pulse oximeter, modeled with meticulous attention to real-world product accuracy. Features a three-part design consisting of upper body, lower body, and a separately modeled hinge mechanism, complete with power button and a fully designed OLED-style display showing SpO2, pulse rate, pleth waveform, battery indicator, and signal strength bars. Optimized for medical visualization, real-time rendering, animation, simulation, AR/VR, and game environments. Successfully tested in Unreal Engine 5, Unity, and Maya.

MODEL HIGHLIGHTS

• Realistic Design: Accurate two-tone navy/white housing with OLED display texture (SpO2 94%, PRbpm 77, PI% 4.8, waveform, battery).
• Named Objects: 1_Upper_Housing, 2_Finger_Clip, 3_Hinge — properly organized for any pipeline.
• PBR Textures: 12 maps baked at 4K — base color, metallic, roughness, normal per object.
• Real-World Scale: Accurate dimensions at 6.52 x 3.99 x 4.5 cm.
• Game Ready: Tested and verified in Unreal Engine 5, Unity, and Maya.
• Zero Issues: No n-gons, no loose geometry, no non-manifold edges.

APPLICATIONS
• Medical and Healthcare Visualizations
• Educational and Clinical Simulations
• AR/VR Interactive Experiences
• Commercial Product Rendering
• Hospital Environment Set Dressing
• Film and TV Prop Visualization
• Medical Training and E-Learning Content