Optical Systems Engineering

We help identify the most effective approach to optics in your application, often uncovering simpler, lower-cost and more robust solutions. We identify critical requirements and thresholds that trigger step changes in system architecture and cost.

 Examples include: 

• Selecting the optimal, application-specific microscopy architecture and contrast mechanisms.
• Converting systems that exist as complex laboratory equipment and workflows into a dedicated, user-centric product.
• Identification and capture of product requirements

Our process optimises performance & reduces development risk using methods that span from first principles analysis to advanced optical modelling tools like Zemax. This provides a deep understanding of the system and guides critical design decisions early in the process. Typical applications include:

 Typical applications include: 

• Evaluating image quality across candidate optical architectures
• Optimising light transmission and signal-to-noise in sensing systems
• Spectral calculations to optimise sources, dyes and filters in multiplexed fluorescence and other complex optical systems.

We use rapid prototyping to reduce risk and build confidence in the design. Where possible, we use off-the-shelf components to minimise development time and cost until core concepts are validated, giving you proof of concept as quickly as possible.

Examples include:

• Designing and testing lens configurations for advanced imaging systems
• Prototyping fibre optic assemblies
• Building optical sensing subsystems
• Root cause analysis / review of existing optical systems

Our multidisciplinary team can develop and integrate sub-systems including optics, custom electronics, mechanics, fluidics and software – creating a cohesive, high-performing system.

Examples include:

• Custom mechanical, electrical & software control of optical subsystems
• Integration with fluidic-based assays
• Miniaturising optics and mechanisms in highly constrained environments

We transform prototypes into robust, manufacturable optical designs along with assembly and test processes for production readiness. We work with custom optics manufacturers and streamline your path to manufacture with pilot production in our dust-free white room facilities and providing verification and validation support.

Examples include:

• Designing custom optical components and optomechanics
• Tolerance analysis
• In-house pilot production and testing of products and consumables for trials
• Assembly and designing test protocols / fixtures