Test & Measurement Sensors
Precision accelerometers engineered for accuracy, reliability, and extreme environments.
Ideal for R&D, product testing, and engineering across aerospace, automotive, and more.
Test & Measurement Sensors
Precision Accelerometers for Research, Product Testing & Engineering Applications
Global Tech Innovations supplies a wide array of high-performance test and measurement sensors designed to meet the rigorous demands of R&D labs, product validation programs, and engineering analysis. These accelerometers are engineered for the precise measurement of vibration, shock, and motion across various test environments. With support for a wide range of technologies—including ICP® (IEPE), charge mode, MEMS, and capacitive sensors—our solutions deliver accurate and repeatable data for dynamic and structural testing, even in extreme temperature conditions.
Test & Measurement Sensors
Precision Accelerometers for Research, Product Testing & Engineering Applications
Global Tech Innovations supplies a wide array of high-performance test and measurement sensors designed to meet the rigorous demands of R&D labs, product validation programs, and engineering analysis. These accelerometers are engineered for the precise measurement of vibration, shock, and motion across various test environments. With support for a wide range of technologies—including ICP® (IEPE), charge mode, MEMS, and capacitive sensors—our solutions deliver accurate and repeatable data for dynamic and structural testing, even in extreme temperature conditions.
Advanced Tech Solutions for Your Industry Challenges
Unlock smarter, faster, and greener operations with Global Tech Innovations. From AI-powered monitoring to eco-friendly, custom-engineered solutions, we deliver cutting-edge technologies with global support and precision.
Precision for Every Test
Engineered for Accuracy, Reliability, and Versatility
The test and measurement sensors provided by Global Tech Innovations are designed to operate reliably in challenging test conditions, with wide frequency ranges and dynamic capabilities. Many models support temperature extremes from –400°F to +1400°F (approximately –240°C to +760°C, or 33.15 K to 1033.15 K), making them suitable for aerospace, automotive, defense, and energy applications. All sensors are calibrated to ISO 17025 standards with traceability to national metrology institutes, ensuring accuracy and consistency. From single-axis to triaxial configurations, we offer flexible solutions tailored to the exact requirements of your testing setup.
- Wide Dynamic Range: Measures from 1 micro-g to 200,000 g
- High Frequency Response: Operates from 0 Hz to 60 kHz for various testing scenarios
- Extreme Temperature Tolerance: Functional in environments from –400°F to +1400°F (–240°C to +760°C)
- Certified Calibration: ISO 17025 calibration with traceability to national standards
- Multiple Sensor Types: ICP®, charge mode, MEMS, and capacitive options available
- Versatile Configurations: Offered in single-axis and triaxial models with customizable specs
Sectors
Sectors
Fertlizer
Systems ensuring quality control, safety, and environmental monitoring in fertilizer…
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Automotive
Testing and diagnostic tools for automotive performance, safety, and durability…
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Oil & Gas
Monitoring, testing, and automation systems for exploration and refinery operations.
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Construction Industry
Tools for structural monitoring, safety testing, and environmental condition measurement.
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FAQs
FAQs
They are commonly used in R&D labs, structural testing, modal analysis, and component durability evaluations.
Yes. Many models are capable of operating in cryogenic or high-temperature conditions, making them ideal for aerospace and automotive testing.
All sensors provided by Global Tech Innovations are supplied with ISO 17025 calibration and traceability documentation.
Yes. We offer ICP?, charge mode, MEMS, and capacitive sensors, depending on the sensitivity, frequency range, and environment you require.
Sensors are available in both single-axis and triaxial versions to meet a variety of application needs.
