Our thermal vacuum chambers, ranging in size from 16 to 66 cubic feet, are equipped with thermally controlled shrouds and thermo-radiative heat plates to ensure precise environmental simulations. These chambers are ideal for thermal cycling and thermal bakeout processes, essential for ensuring the reliability and performance of your space-bound equipment. (read more)

Dynamics testing evaluates a product’s ability to withstand
stresses occurring during normal and adverse operating condi
tions. (read more)

Whatever pressure testing you need, E-Labs has the facilities to accommodate large tanks up to 8 ft long and 3 feet in diameter. Rigorous field test conditions are simulated in a controlled lab environment allowing us to test and measure volumetric expansion in a cylinder while providing positive quality assurance (read more)

As a trusted partner for military, aviation, and NASA-approved testing, E-Labs adheres to the highest military and commercial standards. From testing individual components to full-scale satellite systems, we offer comprehensive services such as bake-outs and full functionality evaluations to guarantee flawless operation, even in the most extreme environments. (read more)

E-Labs altitude testing simulates 0–100,000 ft conditions with precise temperature control (–150°F to +350°F) and pressure cycling. From short evaluations to 26-day tests, we reveal issues only visible at high altitude—ensuring seals, connectors, and components perform reliably under extreme temperatures, rapid decompression, and sustained low-pressure co... (read more)

E-Labs Thermal Vacuum Chambers provide precise temperature control and high-vacuum environments to replicate space conditions. Ensure your products’ reliability, quality, and compliance with NASA and industry standards, giving you confidence in performance under the harshest conditions. (read more)

Sand and dust can damage equipment—E-Labs ensures it’s ready. We simulate extreme conditions, from desert rotor wash to 200+ mph dust storms. Using MIL-STD methods and specialized chambers, we test coatings, components, and systems, delivering proven durability, reliability, and confidence in the harshest environments. (read more)

With a proven track record in dynamic shock testing, E-Labs delivers precision, reliability, and insight. Our engineers analyze up to 128 channels of real-time data using advanced methodologies, providing accurate damage estimation and tailored solutions to meet even the most demanding specifications. (read more)

E-Labs uses advanced altitude chambers and rapid-response control systems to recreate a wide range of Rapid Decompression profiles - from gradual pressure changes to extremely fast decompression scenarios. This allows E-Labs engineers to observe how components, enclosures, seals, electronics, and materials react when pressure changes occur in seconds. (read more)

E-Labs provides Rain, Spray, and Drip Testing to evaluate product performance and safety when subjected to water in operational or storage environments. These tests replicate conditions such as rainfall, wind-driven spray, and overhead drips to determine the effectiveness of protective enclosures, seals, and materials. (read more)

At E-Labs, our advanced testing facilities allow us to recreate high-humidity, high-temperature environments where fungus growth thrives. By exposing your materials to these conditions, we can assess their susceptibility to fungal contamination and help you develop strategies to mitigate these risks. (read more)

At E-Labs, our inclination testing services simulate real-world conditions to help you verify performance, stability, and safety across a wide range of orientations. Whether your equipment needs to withstand static tilt positions or dynamic angle changes, we provide accurate, repeatable testing that meets both commercial and military standards. (read more)

At E-Labs, we can subject your systems to high-volume, high-force water loading under controlled conditions to verify they can survive in extreme marine environments. We simulate real sea impact on deck equipment to validate safety, durability, and compliance per MIL-HDBK-2036. (read more)

E-Labs offers testing to MIL-STD-810, a U.S. military standard that establishes environmental test methods for equipment and systems. Its purpose is to ensure materials, devices, and systems can withstand the environmental stresses they will encounter during their service life. (read more)

At E-Labs, we understand that when equipment is exposed to water - whether splash, submersion or continuous contact - the real test is whether internal components remain sealed and fully functional. Our immersion testing services are designed to provide manufacturers and engineers with the confidence that their products will perform reliably in wet environments. (read more)

E-Labs operates one of the region’s most versatile environmental test facilities, with chambers capable of reproducing freezing rain and ice accretion under tightly controlled conditions. (read more)

At E-Labs, we know that humidity can challenge even the most rugged products. Our humidity testing replicates controlled environments to help uncover weaknesses in materials, coatings, seals, or assemblies. E-Labs offers precise control over humidity, temperature, and cycle duration testing to ensure perform reliably in real-world environments. (read more)

E-Labs offers MIL-STD-167-1 vibration testing to verify the durability and performance of naval and shipboard equipment when exposed to environmental vibrations. This military standard is essential for ensuring that mechanical, electrical, and electronic components can withstand the vibration stresses encountered aboard ships and other marine platforms. (read more)

At E-Labs, Inc., our Climatics Fluid Contamination Testing service delivers critical insights into the purity and health of your fluids — whether hydraulic oils, coolants, fuel, lubricants, or process fluids. By identifying particulate, chemical, and microbial contaminants early, we help you prevent system failures, reduce downtime, and extend component life. (read more)

E-Labs offers MIL-DTL-901H Shock Testing that verifies shipboard equipment can survive and remain functional after severe shock events. Note that E-Labs performs only the Lightweight Shock test per this specification. We do not conduct Medium or Heavy weight shock tests. (read more)

E-Labs offers RTCA/DO-160 Dynamic and Vibration Testing to ensure to ensure avionics and airborne electronics can withstand the demanding conditions of flight from catapult takeoffs to flight buffeting and g-forces to carrier landings. (read more)

At E-Labs Inc., we provide full support for IEC/IES 60529 IP rating testing and interpretation, including both IEC 60529 Water Ingress Protection (IPX1–IPX6) and IEC 60529 Solid Object & Dust Protection (IP1x–IP6X). (read more)

At E-Labs, Inc., we specialize in providing comprehensive Explosive Atmosphere Testing, also known as Hazardous Area or Explosion Proof Testing. Our state-of-the-art Environmental Test Facility ensures that your equipment operates safely in environments where flammable gases, vapors, liquids, or combustible dusts are present. (read more)

At E-Labs, we specialize in Corrosive Atmosphere Testing, a critical process for evaluating the resilience of your units under test under harsh environmental conditions. Our state-of-the-art Corrosive Atmosphere Chambers simulate the exact conditions your units under test will face, ensuring they meet the highest standards of durability and performance. (read more)

At E-Labs, Inc., we specialize in providing advanced combined environmental testing solutions that simulate real-world conditions to assess the durability and performance of your products. By integrating temperature, humidity, vibration, and other environmental factors, we ensure that your units under test (UUTs) can withstand the most challenging conditions they may... (read more)

At E‑Labs, we specialize in altitude testing that pushes your products to the limits — simulating elevations from sea level up to 100,000 ft, with full control of temperature, pressure, and cycling. Whether for aerospace, defense, industrial, or research applications, our chambers deliver the environment you need to validate performance under the harshest conditions. (read more)

At E-Labs, we have portable chambers that can be configured to a multitude of shapes and sizes to meet all our customers’ needs. Accelerated corrosion atmospheres for salt spray testing can be applied to items as large as 16ft by 15ft by 15ft. (read more)

We have a Full Service Testing Laboratory that offers our customers access to our state of the art facilities and knowledgeable personnel. (read more)

We can put your products through shock testing, vibration testing, environmental stress testing and can even combine most tests to make sure that the product performs as designed. We perform testing for the military, aviation, and NASA. (read more)

E-Labs testing featured on National Geographic's "Time Shifters". This episode highlights testing on flash bang grenades used by military and law enforcement forces. (read more)

E-Labs has an extensive background in the development and testing of Less Than Lethal (LTL) devices. We were the first to develop a measuring system to capture blunt force or impulse of a round in real time. The Ballistic Impulse Measuring System (BIMS) developed by E-Labs was used on USMC programs to evaluate LTL rounds and compare impulses on a one to one basis. (read more)

Electromagnetic interference can be a complex issue, stemming from electrical or mechanical design flaws, self-compatibility issues, or improper field installations. At E-Labs, our experienced EMI engineers can identify, isolate, and resolve these problems before they affect your units under testing's performance. (read more)

At E-Labs, our vibration testing facility includes 3 electrodynamic shakers, capable of providing over 20,000 force pounds. (read more)

Contact E-Labs today for realistic simulations of sea impact scenarios to validate compliance with industry-specific standards and customer requirements. (read more)

The chambers can perform rapid rates of temperature change and the vibration facilities can produce up to 20,000 force-pounds, with frequencies up to 2000 Hz. (read more)

These processes are essential for determining the durability, reliability, and longevity of units under test subjected to fluctuating or steady state environmental conditions. (read more)

We’ll work with you to assess the cause and effect of shock pulses, estimating potential damage based on detailed analytical results. If any tests fall short of your specifications, our team will recommend effective solutions to meet your requirements. (read more)

• Temperature and humidity cycling including Thermal Shock, Aggravated Humidity and Steady-State Environments. Humidity Levels from 5% to 95% sustained, Temperature Ranges from -150°C to 200°C as well as annealing up to 300°C.
• Altitude and pressure simulations
• Vibration testing
• Solar heating and UV light exposu...

At E-Labs, our expert shock testing engineers provide precise, real-time data analysis for up to 128 channels. We specialize in advanced techniques such as Shock Response Spectrum (SRS), Fast Fourier Transform (FFT), and modal analysis, delivering a comprehensive understanding of shock impact on your equipment.

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We collaborate closely wi... (read more)

At E-Labs, we ensure the safety and reliability of components exposed to hazardous environments, including those with explosive vapors or gases. Our state-of-the-art Environmental Test Facility verifies that equipment operates safely in these conditions, helping to determine if an item could ignite during power-up or operation. We also assess whether the item can contain any flammable re... (read more)

At E-Labs, our expert shock testing engineers specialize in the precise conditioning, plotting, and analysis of up to 128 channels of real-time data. Using advanced techniques such as Shock Response Spectrum (SRS), Fast Fourier Transform (FFT), and modal analysis, we deliver comprehensive insights into the effects of shock pulses on your equipment.

» CONTACT E-LABS

E-Labs offers a wide range of pressure testing services, utilizing various gases and an extensive range of pressures to meet your specific needs. Whether you're looking for proof pressure or burst testing, we have the facilities to accommodate large tanks up to 8 feet long and 3 feet in diameter. Our controlled lab environment allows us to simulate rigorous field test conditions, ensurin... (read more)

E-Labs knows how critical Helium Leak Detection is for industries and any field where high vacuum or gas-tight systems are essential. We have multiple Varian, Mass Spectrometer helium leak detectors for finding leaks as small as 1x10-10 cc/sec. We are capable of leak testing to pressures up 20,000 psi using nitrogen and 80,000 psi using liquids.

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E-Labs knows how critical Helium leak detection is for industries and any field where high vacuum or gas-tight systems are essential. We have multiple Varian, Mass Spectrometer helium leak detectors for finding leaks as small as 1x10-10 cc/sec. We are capable of leak testing to pressures up 20,000 psi using nitrogen and 80,000 psi using liquids.

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At E-Labs, Inc., we specialize in a comprehensive range of environmental exposure testing services. Our facilities are equipped to simulate and control diverse climatic conditions such as temperature, humidity, altitude, pressure, vibration, temperature cycling, solar heating, exposure to UV light, and corrosive atmospheres.

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We operate... (read more)

E-Labs, Inc. is a full-service testing laboratory that provides customers with access to state-of-the-art facilities and experienced personnel. Our team boasts over 70 years of combined laboratory experience across various industries including aerospace, automotive, military, commercial, utility, electronics, and IT.

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From initial concep... (read more)

E-Labs Inc. state-of-the-art thermal vacuum testing chambers provide a clean, temperature controlled, high vacuum environment for testing high-tech products in space simulated or high altitude conditions. (read more)