|
|
Adaptable system for all vessel and tubular tissue applications
|
Mount vessels from 300 μm to 50 mm for flexible experimental design
|
From Live Data to Results — Stream and Export with Ease
|
Streamlined Setup for Trouble-Free Operation
|
Quantutatuve Analysus of arterial Stiffness & Vascular ElasticityThe DMT 560TP Tissue Puller is a high-precision tensometer engineered for biomechanical analysis of vascular and muscular tissues. It enables fast, reproducible measurement of tensile strength, compliance, and viscoelastic properties - key indicators of arterial stiffness, extracellular matrix remodeling, and vascular elasticity relevant to conditions such as hypertension and atherosclerosis.
With the MyoPULL software, researchers can visualize and analyze real-time stress–strain and length-tension relationships, providing detailed insights into the mechanical integrity and contractile behavior of tissues such as mouse or rat aorta, or vessel strips. Key Features
|
Related Products:
|
|
Tissue Puller # Pull speed: 1 – 150µm/sec (~9 mm/minute) # Force range: 0 – 2N (0 – 2000mN or ~ 204 g) # Force Resolution: 1mN # Max. pull length: 50mm # Distance Resolution: 1µm # Vessel size/tissue length: >500μm – 50mm |
|
Puller Features # Interchangeable force transducer (2N/10N) # Chamber temperature setpoint: 20 to 45°C # Direct data streaming - USB (2.0) # Integrated heat control # Integrated force calibration procedure # Compact design / small footprint |
|
|
Puller:
Vessel size/tissue length Force range Force resolution Maximum pull length Length resolution Pull speed Linearity Hysteresis Temperature:
Range: Resolution: Stability: Heating: Output:
Data communication: Voltage |
>500µm - 50mm 0 – 2N (0 – 2000mN or ~ 204g) -10N transducer available 1mN (~0.1g) 0 - 50mm (5cm or 50,000µm) 1µm 1 - 150µm/sec 0.1% 0.01%
15.0 to 50.0 °C 0.1 °C ±0.2 °C (When target temperature attained) Yes USB 2.0 100-240 VAC (auto) 50/60Hz via external power supply |
|
Need-to-have:
|
Nice-to-have:
|
