Used THERMO FISHER SCIENTIFIC LabQuake #174929 for sale

THERMO FISHER SCIENTIFIC LabQuake Environmental Chamber is an advanced laboratory-grade device for testing and verifying the performance of components under simulated environmental conditions. It provides precise control over temperature, humidity, and vibration, and is specifically designed for laboratory applications that require accuracy, repeatability, and reliability. LabQuake chamber is constructed from corrosion resistant stainless steel and aluminum, with corrosion-resistant insulation for superior temperature consistency. It features an advanced electronic controller, allowing for a variety of programming options, including time delay, temperature ramps and time-dependant thresholds. The controller also provides an array of safety features, including accident protection and early warning sensors. THERMO FISHER SCIENTIFIC LabQuake chamber has a temperature range of -45 to +150 degrees Celsius and a humidity range of 0 to 100 RH. It can also be programmed to minimize the effects of moisture migration and temperature drops, which can cause damage to sensitive electronic components and systems. LabQuake's vibration testing capabilities make it ideal for simulating the effects of extreme conditions, such as earthquakes and wind speeds. For example, it can be used to measure the susceptibility of MEMS (Micro Electro Mechanical Systems) to vibrations and seismic shaking. THERMO FISHER SCIENTIFIC LabQuake can also produce a wide range of controlled sinusoidal, random and shock vibration profiles from 0.1 to 100 g's. LabQuake is an excellent choice for environmental testing in a wide variety of applications. From verifying the performance of medical devices, consumer electronics, automotive components and aerospace components to simulating severe environmental conditions, THERMO FISHER SCIENTIFIC LabQuake provides the accuracy and control necessary to make sure that these components perform as designed. It is designed to provide reliable, repeatable results in a variety of applications and can easily be integrated into existing systems.