LaVision Microfluidic and Thermoforming Deformation Analysis Systems

Model: DaVis

Category: Semiconductor Smart Auto Solution

Booth No: L327

Characteristic

LaVision offers advanced optical measurement and imaging analysis solutions for microfluidic dynamics and thermoforming deformation studies, providing precise flow and material deformation measurements. Below are the key specifications for both systems:

Microfluidic Analysis System
LaVision’s microfluidic analysis system utilizes Particle Image Velocimetry (PIV) and Laser-Induced Fluorescence (LIF) techniques, making it suitable for microscale fluid dynamics research.

Key Specifications:
Spatial Resolution: Achieves micron-level resolution, ideal for flow field measurements in microchannels.
Temporal Resolution: High-speed cameras support transient flow capture, with frame rates dependent on the selected camera model.
Measurement Modes: Supports 2D and 3D flow field measurements as well as Time-Resolved (TR) measurements.
Tracer Particles: Compatible with various particle sizes and materials, adapting to different fluids and experimental conditions.
Thermoforming Deformation Analysis System
LaVision’s StrainMaster system employs Digital Image Correlation (DIC) technology to measure material deformation and strain during thermoforming processes.

Key Specifications:
Measurement Dimensions: Supports 2D and 3D deformation measurement.
Spatial Resolution: Dependent on camera resolution and lens configuration, achieving sub-pixel precision.
Strain Resolution: Typically 0.01% or better, depending on the experimental setup.
Temperature Range: Configurable for high-temperature environments, with specific limits based on selected hardware.

Conclusion
LaVision’s optical fluid and deformation measurement solutions are renowned for high precision and reliability, providing essential tools for microfluidics and thermoforming process research. These systems support biomedical engineering, MEMS, silicon photonics cooling, polymer and metal forming, and printed wiring board (PWB) microfabrication.