Data Integrity & Confidentiality
Compliance & Safety
- info@apexslowmotion.co.uk
- 0203 7939 911
The UK’s Leading Supplier of Slow Motion Filming Services for Industrial Inspection and Scientific Analysis.
Experienced operators with over 20 years’ experience.
Avoiding upfront costs of purchasing new equipment and removing upkeep responsibility
Giving you the option to evaluate different camera models.
Staying up-to-date with modern technology without having to purchase a new model.
Identify the exact moment of failure in machinery or components (e.g., gear teeth breaking, bearings failing).
Analyse fatigue or fracture progression under stress.
Detect misalignments, jams, or timing issues in fast-moving production lines.
Evaluate robotic motion accuracy and synchronisation.
Assess sealing, cutting, or labelling processes in high-speed packaging lines.
Monitor blister pack sealing or fill levels for defects.
Used in automotive and aerospace to analyse airbag deployment or crash dynamics.
Monitor material deformation and structural integrity.
Evaluate arc stability, spatter formation, and heat flow dynamics.
Improve automated welding process consistency.
INCLUDING:
– Fluid Dynamic Combustion & Explosion Research (if not already covered above)
– Ballistics & Impact Studies
– Material Testing
– Chemical Reactions
– Specialized Research Projects
Designed for tight spaces and high-risk shots. Miro cameras are small, lightweight, and ideal for onboard capture, destructive testing, or embedded experiments.
Delivers high-speed performance in a rugged, field-ready form. Ideal for mobile setups, tight spaces, and on-site testing without sacrificing image quality.
Built for the fastest phenomena — from shockwaves to high-energy physics. When precision timing is critical, TMX delivers.
Understand client objectives and specific analysis needs
Define inspection scope (e.g., machinery, materials, processes)
Identify key parameters: frame rate, resolution, lighting, environment
Evaluate shooting conditions (space, safety, vibration, etc.)
Assess lighting and power requirements
Plan camera placement and mounting strategies
Choose appropriate high-speed camera (e.g., 1,000–100,000+ fps)
Select suitable lenses, lighting systems, and triggering mechanisms
Plan data storage and transfer setup for high-volume footage
Transport and install equipment on-site
Calibrate camera and lighting systems
Conduct test shots to verify framing, exposure, and motion capture
With over two decades in high-speed imaging, our team can assess your project’s precise needs and deliver the right combination of equipment. The result: motion captured with clarity and precision—even when it unfolds in microseconds.
