Positioning system for high-resolution imaging, measurement and documentation of cell growth below 1 micrometer - Laboratory / Analytics
High-precision analysis of cell growth in the µm range
For use in optical observation of minute changes in the micrometer range, the design of a high-precision linear axis is adapted to the customer's application. By precisely moving a camera and holding positions, an optical image recognition system can measure minute changes and provide feedback to other integrated systems.
• Ideal for focus adjustment when monitoring cell growth
• Measurement of growth rates in the submicrometer range with 0.8 µm through the smallest positioning increments
• High-resolution visual documentation of minimal cell changes due to absolute stability
• Absolutely consistent quality at high throughput up to 50 mm/s due to the extremely robust and durable design
• Very long lifetime and cost-optimized design due to stepper motor in microstepping mode
Optionally expandable:
• Customizable for further travels and various test objects
• Configurable for clean room ISO 14644-1 (up to class 1 on request)
• Different motor variants: DC motor or stepper motor
• Optional with pre-configured controller incl. exemplary software for immediate use.
Application areas
Cell monitoring, growth analysis, incubation, fertility therapy, sensors and imaging systems for analytics, cancer research, in vitro diagnostics, high-throughput screening, spectroscopy, real-time analytics, cell analytics