Product rendering
Product rendering involves the creation of precise visualisations used to examine complex mechanisms across medical, scientific, and precision design disciplines.
These renderings are widely applied in product development, engineering demonstrations, medical device prototyping, instructional content, and marketing presentations.
This work focuses on structural and material logic, translating complexity into precise visual form. From injection systems and devices to mechanical assemblies, each study examines the underlying structure embedded within functional design.
Medical Components (fig.1–3), 2023
3D product visualisation (stills)
From the Precision Instruments collection
Study of material, surface and optical behaviour
Commissioned by Serono
Medical Device 3D Rendering
This medical device 3D rendering shows a single-use inflatable medical device designed to elevate a deeply impacted fetal head during emergency caesarean sections.
The 3D rendering examines the device’s structure and inflation mechanism, illustrating how controlled expansion assists surgical access and helps reduce maternal trauma.
Medical animation further enhances understanding of the device’s applications and can be explored in our medical animation projects.
Foetal Elevation Device (fig.4-6), 2016
3D visualisation (stills and motion)
From the Precision Instruments collection
Visual study of inflation mechanics
Commissioned by Safe Obstetric Systems
Package 3D Rendering
Package 3D rendering is the creation of detailed digital models that visualise the structure, functionality, and design of a packaged product in three dimensions.
These 3D renderings explores the compact treatment system for nail fungal infections, integrating filing and topical application, and reveals how the filing element deploys from the housing alongside the integrated applicator, showing how functional components are organised within a unified design.
Nail Treatment Kit (fig.7–9), 2016
3D product visualisation (stills and motion)
From the Cellular Interfaces collection
Visual study of antifungal treatment application
Commissioned by Scholl
Injection Device 3D Rendering
Injection devices are medical tools designed to deliver precise doses safely and efficiently, often incorporating mechanisms to protect users after administration.
These 3D renderings visualise a home-use device with a retractable needle, with each component modelled accurately from a real-life example, highlighting the interaction of clips, housings, and internal spring mechanisms to demonstrate its safe and functional design. The same 3D assets can also be explored interactively in our Interactive 3D applications.
Retractable Mechanism (fig.7–9), 2026
3D visualisation (stills and motion)
From the Cellular Interfaces collection
Exploration of controlled needle retraction components
Commissioned by Otsuka
3D product rendering
3D product rendering reveals the beauty of materials in motion, from clinical equipment to laboratory apparatus.
Therapeutic Sequence (fig.13–14), 2024
3D visualisation (stills and motion)
From the Applied Mechanics collection
Exploration of device within a clinical procedure
Commissioned by Shockwave Clinics
3D product visualisation
Through high-quality 3D product visualisation, the structure, materials, and mechanics of designed objects can be examined in precise visual detail.
These sequences examine the assembly of a watch, exposing the relationship between external form and the precision-engineered components that drive its motion.
Escapement (fig.18-20), 2024
3D visualisation
From the Precision Instruments collection
Exploration of precision movement
Developed as a visual research study
Technical visualization
Technical visualization examines the structure and function of engineered systems through precise digital representation.
This work explores the internal dynamics of a diesel particulate filter (DPF), revealing the interplay between airflow, filtration, and thermal behavior.
DPF System Dynamics (fig.21-23), 2019
3D visualisation (stills & motion)
From the Applied Mechanics collection
Examination of thermal response in DPF
Commissioned by Texaco
Mechanical 3D Renderings
Mechanical 3D renderings visualise the structure and movement of engineered systems, capturing the coordinated motion of interacting components.
These visualisations reveal the cyclical rhythm of internal engine mechanisms, from piston movement to the coordinated motion of rocker assemblies.
Engine Assembly (fig.24-26), 2020
3D visualisation (stills and motion)
From the Applied Mechanics collection
Study of internal motion and components
Commissioned by Chevron
Technical Product Rendering
Technical product rendering visualises the structure, mechanics, and interactions of engineered devices in precise 3D form. These sequences explore the cyclical motion and internal assembly of mechanical systems, highlighting the coordination between components and the rhythm of their operation.
Engine Dynamics (fig.27-28), 2016
3D visualisation (still & motion)
From the Applied Mechanics collection
Exploration of internal combustion
Commissioned by Chevron
Specialist interactive 3D and immersive visualisation.
Supported by expertise in 3D, VFX, product visualisation and VR
About
Our 3d animation, visual effects and motion graphics works serve as advertising, marketing and education tools for life science, biotech, healthcare, energy, robotics, engineering, AI, product development and software industries. 3D animation company Polymime delivers high-quality animation services to clients worldwide, including the UK, USA, Canada, the Netherlands, South Africa, Switzerland, Denmark, Germany, France, and Dubai.
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