STIHL
MS
Technical
Machine
Animation
Production

Demonstrating antivibration technology through advanced 3D

This animation brilliantly illustrates how STIHL's anti-vibration system significantly reduces operator fatigue. By showcasing the dampening mechanism's function, it effectively communicates enhanced comfort and prolonged usage. This video ensures optimal safety and efficiency for users.

The animation's pristine 3D wireframe design and highlighted components create an intuitive user experience. Its visual clarity simplifies complex mechanics, allowing viewers to easily grasp the innovative engineering. This approach fosters trust and deep understanding.

Dynamic Component Interaction Highlight

This animation expertly utilizes dynamic cutaway views, offering unparalleled insight into the anti-vibration system's operation. It enhances technical understanding by precisely illustrating component interaction. This approach transforms complex mechanics into easily digestible visual information.

Advids' expertise shines through in crafting these intuitive and aesthetically pleasing visuals. Diverse design approaches ensured optimal clarity and impact for the 3D machine animation video. This precision brings intricate details vibrantly to life for every viewer.

Client Brief

STIHL approached Advids to address operator fatigue caused by high-frequency engine oscillations. By developing a 3D machine animation video, the brand aimed to visualize their anti-vibration technology. The objective focused on demonstrating mechanical decoupling to convince professional loggers of superior ergonomic safety and long-term tool performance.

Video Creation Approach

Initiating the project required Advids to ingest detailed CAD schematics to establish an accurate technical baseline. Our team calibrated the internal physics engine to mirror real-world kinetic dampening within the STIHL MS Anti-Vibration System to ensure the 3D machine animation video maintained total engineering integrity throughout the production cycle.

Inside the virtual environment, x-ray perspectives reveal the helical spring compression as it isolates the engine unit from the handle assembly. Industrial mechanical simulations prove the tool's versatility across demanding forestry sites where sustained grip stability is paramount. We choreographed internal buffer movements to demonstrate how decoupling prevents mechanical energy from reaching the operator.

Precisely synchronized audio cues reinforce the rhythmic mechanical cycles, reducing the cognitive load required to understand complex dampening physics. Strategic technical motion renders emphasize the transition from high-intensity oscillation to stabilized handle performance. This methodology ensures the viewer perceives the immediate ergonomic benefit through a clear, data-driven visual narrative that substantiates product performance.

What are the steps in making a 3D machine animation video?

1. Research & Analysis
2. Script Writing
3. Character & Style Sheet
4. Storyboard Development
5. Voice Over Recording
6. Animating Stage
7. Sound Effects & Music
8. Translation & Foreign Voice (If needed)
9. Delivery & Formats

Video Production Techniques