The greatest equipment for labs, universities, and business is available at Crescent; it is hand-picked from top manufacturers worldwide. Our selection includes tools for particle analysis, construction methods, biology, cell biology, chemistry, physics, civil engineering, textiles, and life sciences.
BIOPAC SYSTEMS
16 channel system with universal amplifier
- Provides high resolution
- Variable sample rates for analog and calculation channels
- 16 analog inputs and 2 analog outputs with highspeed acquisition
Wireless wearable physiology
- High-quality wireless physiological monitoring system.
- Interfaces with MP160 data logger and AcqKnowledge software.
- Provides a full line signal of EEG, ECG, EMG, EOG, EGG, EDA and more.
Measure prefrontal cortex, muscle or whole head
- Provides four analog inputs and one analog output
- I/O port for digital devices.
- Supports software controlled amplifiers.
Wireless acquisition of high fidelity of EEG+ECG
- Provide real-time, high-resolution data on multiple physiological signals
- Interfaces with MP160 data logger and AcqKnowledge software
- Provides ECG, EOG and EMG signal.
The BSL System includes data acquisition hardware with built-in universal amplifiers to record and condition electrical signals from the heart, muscle, nerve, brain, eye, respiratory system, and tissue preparations. The data acquisition system receives the signals from electrodes and transducers. Biopac Student Lab software then displays the numbers as waveforms on the monitor.
MATEST
The machine has been designed to measure the strength of metallic materials and study the various reactions they undergo when subject to different stresses, verifying the same with the following tests: Tensile test,Shear test,Compression test, Bending test , Brinell hardness test
This machine performs tensile tests on steel bars (4–25 mm diameter) and compression tests on concrete cubes (150 mm) and cylinders (160x320 mm), with max capacities of 500 kN and 1500 kN, respectively.
This laboratory oven ensures precise thermal treatment with ±0.3% accuracy and ±2% uniformity. Its stainless steel chamber, robust insulation, and advanced PID controllers offer efficiency and safety. Features include thermomagnetic protection, over-temperature safety, and adjustable shelves.
Automated Triaxial System- 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.
GEONICA
4000CP Series
METEODATA/HYDRODATA Automatic Weather and Hydrological Stations measure, store, and transmit data and images. They are specially designed for outdoor installation in remote unattended areas, and provide the possibility of creating systems or networks of stations made up of an undetermined number of field stations and one or more Central Stations for receiving, displaying, storing and processing all the information received.
The Model 03002 Wind Sentry Anemometer and Vane are professional quality sensors suitable for a wide range of wind measurement applications. These economically priced sensors provide excellent sensitivity, corrosion resistance, and minimal parts count for easy maintenance.
- Wind Sentry Anemometer & Vane, with crossarm
- Range: Speed 0-50 m/s. Direction 0-360º
- Accuracy: Speed ± 0.5 m/s. Direction ±5º
The GEO-LC7600 / 12000 cloud ceilometer is a compact and lightweight instrument for accurate and reliable measuring of cloud height and vertical visibility. The design is based on the LIDAR principle. The light emitting component is a low power diode laser with the output power limited to an eye-safe level.
- Reliable operation
- Easy installation and maintenance
- Very long laser life (10 years)
- 7600 / 12000 m measuring range
- Low weight and low power consumption
Smart Multisensor Model PTH-4000
Independent Barometric Pressure, Temperature and Relative Humidity sensors plus Dew Point (calculated).
Model PTHR-4000 adds Solar Radiation sensor.
Polluting gas sensors- Specific sensors for each of the following gases: CO,CO2, NO2, NO, SO2, O3, H2S, NH3, plus other gases of interest, as well as for the measurement of PM1, PM2.5, PM10 particles
GEOTECHNICAL
The Digital Residual Direct Shear Apparatus measures soil shear strength during shear failure. It features digital speed control (0.00001–9 mm/min), geotechnical software, and precise displacement transducers. Supplied with a 5 kN load cell, shear box assembly, and accessories.
Marshall Stability Machine used to determine the load and flow values of bituminous mixtures.
The Triaxial shear test applies varying stresses to a material to study shear behavior until failure. It determines key parameters like shear resistance, cohesion, and dilatancy angle, aiding in modeling material stability for engineering applications like slope analysis.
