Scientific test chamber
Protecting equipment in demanding conditions
Chosen by labs worldwide
The brief
Creating a more capable hands-free system
We worked with a leader in electrophysiology and multiphoton imaging to develop an advanced microscope system with a fully integrated, hands-free setup and the largest movable mounting stage of its kind.
The client wanted to improve precision, make the system easier to use and integrate electrophysiology tools more neatly into the wider setup.
We designed and built the prototype, creating a successful new product for neuroscience and cardiac research teams worldwide.
The challenge
Making complex lab work easier
The system needed to meet several demanding requirements:
- Cut setup time and simplify operation and maintenance.
- Fit neatly into modern laboratories without sacrificing capability.
- Protect sensitive measurements from electrical interference through meticulous grounding.
- Allow flexible configurations for eyepieces, cameras and culture dishes while keeping a strong brand identity.
- Resist drips and clean easily, so it could perform reliably in real laboratory conditions.
The approach
Integrating components precisely
We used detailed three-dimensional modelling to integrate every component precisely and refine each structural element around how the system needed to work.
Throughout the design, we reduced electrical interference, improved usability and made sure every part worked cleanly with the next.
Key features
- Inverted microscope supporting phase contrast, fluorescence and multiple objective lenses.
- Fluorescence illumination system using liquid light guides to reduce grounding issues.
- Motorised movable stage for smooth, flexible setups.
- Configurable micromanipulators supporting a wide range of applications.
The result
A trusted system for labs worldwide
The finished system brought precision, usability and flexibility together in one integrated electrophysiology platform.
It has since been adopted by laboratories worldwide, giving neuroscience and cardiac research teams a more efficient way to run complex experiments.
