Biopac Student Lab Basic Systems
The Biopac Student Lab Basic System includes everything you need (except the computer) to conduct basic physiology lab experiments including ECG, EEG, EMG, and EOG. The BSL System uses dynamic lessons with students as subjects to increase interest and retention. Students can record data from their own bodies, guided by a detailed lab manual and full color onscreen guide, and analyze the results. Students can then compare data from different experimental conditions with others in their group and with all students in the lab.
MP160 System with AcqKnowledge
The BIOPAC MP160 system is a flexible, proven modular data acquisition & analysis system for life science research. This 16-channel system includes AcqKnowledge software with specialized analysis capabilities. Applicable to over 40 research fields, new modules are available for electrogastrogram, micro-electrode recording, noninvasive blood pressure measurement & electrical bioimpedance (cardiac output), and others. To facilitate the discovery process and help ensure reproducible, publishable data, powerful automated analysis routines are available for ECG, HRV, EEG, EMG, EGG, and many more.
fNIRS Imager 2000 Systems
fNIR Imager Systems are stand-alone functional brain imaging solutions for continuous NIR spectroscopy (NIRS). They provide an in-lab cognitive function assessment and eliminate a great many of the drawbacks of a functional MRI.
fNIRS optical imaging technology measures neural activity and hemodynamic response in the prefrontal cortex. Subjects wear an fNIRS sensor (IR light sources and detectors mounted in a flexible band) on the forehead that detects oxygen levels in the prefrontal cortex and provides real-time values for oxy-hemoglobin and deoxygenated hemoglobin. It provides a continuous and real-time display of the oxygen changes as the subject performs different tasks.
Universal automatic tensile testing machine
The Universal automatic tensile testing machines for steel are designed to meet the requirements of works, laboratories and universities for quality control and research purposes. This system is suitable for testing metallic round and flat rebars, to determine tension, compression, bending shear strength and to determine compression and flexure strength on concrete.
LOAD FRAME TECHNICAL SPECIFICATIONS
Load capacity: 1000 kN
Load accuracy from 10% of the full scale: ± 1%
Test speed: max 35 mm/min; min 0.5 mm/min
Independent linearity of the piston stroke displacement: ± 0,05 %
Max crosshead moving speed: 200 mm/min
Piston stroke: 250 mm
Horizontal clearance: 570 mm
Net distance between grips (without piston stroke, mm): 750 mm
Columns diameter: 80 mm
Dimensions of the grips for rounds and flats (length x width): 110×110 mm
Net distance between compression platens (without piston stroke, mm): 620 mm
Dimensions of platens (already included): 145×40 mm
Load frame height: 2780 mm
Width: 900 mm
Depth: 650 mm
Frame weight: 2880 kg
Power supply: 380V 3 ph 50 Hz
Absorbed power: 3.5 kW
Automated Triaxial System ( Soil )
Matest TriaxLab is an outstanding system specifically designed for advanced soil testing. This system can be used from educational to construction engineering laboratories to reduce to the absolute minimum any form of manual intervention.
To suit the specific customer’s requirements the MATEST TriaxLab Automated System basic configuration can be modified by adding or removing the hardware elements which are controlled and monitored under a closed-loop integrated system with the CDAS2 and TestLab Software.
Load frame and triaxial cell with accessories;
Control system based on the CDAS2 Control and Data Acquisition System and Testlab Software controlled by PC;
Data Acquisition System comprising:
1 load cell for axial force
1 displacement transducer for axial displacement
2 pressure transducers for cell pressure and back pressure
1 pressure transducer for pore pressure
2 pressurematic for pressure / volume change