Observation of Biaxial Stretch Testing on Composite Films with High-Speed Camera
Industry pain points and demands
Capturing small material behaviors during biaxial stretching is a big challenge. This is true for both developing and assessing composite films. Standard imaging systems often miss tiny deformations and struggle to measure stress responses. This makes it hard for manufacturers and researchers to assess important mechanical indicators. These include displacement, strain, and deformation in two directions. Not having clear visual data can cause performance gaps in real-world use.
SinceVision Solution: SH6-504 High-Speed Camera
01Ultra-High-Speed, High-Resolution Imaging: This system captures small changes and cracks. It has a resolution of 2560×2016 and records at 3600 FPS. It provides detailed, frame-by-frame insights into material behavior.
02Works well with DIC Techniques: Integrates smoothly with Digital Image Correlation systems. This lets us measure X/Y displacement, biaxial deformation, and principal strain accurately.
03Real-Time Performance Evaluation: Lets researchers watch and study key mechanical properties as they happen. This helps improve material design and verify performance.
Camera Selection
Performance | |||||||
resolution | Frame rate | Record time (memory) | Record time (hard disk) | ||||
40GB | 80GB | 160GB | 4TB | 12TB | 20TB | ||
2560 x 2016 | 3600FPS | 4.6 (s) | 4.6 (s) | 9.2 (s) | 7 (min) | 21 (min) | 35 (min) |
2560 x 1280 | 5600FPS | 4.6 (s) | 4.6 (s) | 9.2 (s) | 7 (min) | 21 (min) | 35 (min) |
2560 x 1024 | 6600FPS | 4.6 (s) | 4.6 (s) | 9.2 (s) | 7 (min) | 21 (min) | 35 (min) |
2560 x 512 | 11000FPS | 2.9 (s) | 5.8 (s) | 11.6 (s) | 9 (min) | 27 (min) | 45 (min) |
2560×256 | 17000FPS | 4.5 (s) | 9 (s) | 18 (s) | 15 (min) | 45 (min) | 75 (min) |
2560×128 | 23000FPS | 5.5 (s) | 11 (s) | 22 (s) | 18 (min) | 54 (min) | 90 (min) |
2560×32 | 50000FPS | 10.4 (s) | 22.8 (s) | 45.6 (s) | 34 (min) | 102 (min) | 170 (min) |
Specification | |||
Model number | TYPE | SH6-504 | |
Maximum resolution | Full Resolution | 2560 x 2016 | |
Full shot speed | Full Frame Rate | 3600fps | |
Maximum shooting speed | Maximum Frame Rate | 50000fp | |
Minimum exposure time | Minimum Exposure Time | 1 mu s | |
Pixel size | Pixel Size | 9 microns | |
Standard memory | Standard RAM | 40 GB, 80 GB, and 160 GB are optional | |
Extended memory | Extended Memor | 4T, 12T, and 20T are optional | |
Dynamic range | Dynamic Range | 60dB | |
Analog Gain | Analog Gain | ×2、×4、×8 | |
Bit Resolution | Bit Resolution | 8bit | |
Shutte Mode | Shutte Mode | Global shutter | |
Color | Color | Monochrome (M)/Colorful (C) | |
ROI | ROI | Support | |
Lens Mount | Lens Mount | E interface, can be connected to F interface, C interface, EF interface | |
Data Interface | Data Interface | 10 Gigabit Ethernet, Adaptive Gigabit Ethernet | |
Sensitivity | Sensitivity | ISO10000(M);ISO3000(C) | |
Fan Control | Fan Control | Supports on/off, adaptive speed based on temperature | |
Operating Temperature/Humidity | Operating Temperature/Humidity | Standard -10~50 ℃, below 95% (without condensation), customizable -35~65 ℃ wide temperature version | |
Video Signal Output | Video Signal Output | SDI, Ethernet | |
Recording Mode | Recording Mode | Start, End, Center, Random, Manual | |
Trigger Mode | Trigger Mode | Manual, IO, Image | |
External Signal | External Signal | Input: trigger (TTL/switch) signal, synchronization signal, ready signal, event signal, IRIGB code signal Output: trigger (TTL/switch) signal, synchronization signal, ready signal, exposure signal, recording signal | |
Power Supply | Power Supply | Dual power supply, DC24V | |
Dimensions (excluding lens) | Dimensions (excluding lens) | 217D × 110W × 110H, excluding raised parts | |
Weight | Weight | 3.8kg | |
Power Consumption | Power Consumption | 55W | |
Standard Accessories | Standard Accessories | Power cord × 1. AC adapter × 1. Network cable × 1. Camera control software × 1. User manual × 1. Factory certificate of conformity × one |