Next-Generation Scientific Imaging

Client:

Oxford Instruments

Project:

Symmetry Camera System

Goal:

Develop a high-performance camera system capable of capturing images in near-darkness at extremely high frame rates.

Challenge

Create a sophisticated camera control system to achieve precise positioning with sub-micron accuracy while capturing thousands of frames per second in low-light conditions.

Our Solution

Together, we engineered a comprehensive control system featuring the following:

5000 frames per second capture rate

Sub-micron precision positioning

Sophisticated motion control system

Advanced acceleration profiles

High-speed data processing

Custom CAN bus protocol implementation

Precise DC motor control

Real-time monitoring and adjustment

User Benefits

Real-time visibility of electricity and gas usage

Immediate cost tracking

Energy usage pattern insights

Smart tariff optimisation

Mobile app accessibility

Automated energy saving recommendations

Technical Solution

Rufilla’s innovative design approach included:

Motion System Technologies

Sophisticated motion control system

High-precision positioning algorithms

Real-time feedback systems

Environmental compensation

Automated calibration routines

Data & Integration Architecture

Advanced image processing

Custom sensor integration

Proprietary CAN bus protocol

Optimised data throughput

Intelligent power management

What does this mean for you?

While these solutions were developed for smart energy applications, the underlying technologies and approaches can be adapted to solve similar challenges across various industries. Here's how this technology could transform your sector: