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Evaluate, simulate and optimize with Field-to-Lab® solutions

Lansmont leads the way in delivering advanced shock and vibration testing solutions to top corporations, government labs, and academic institutions globally.

Our technology helps to identify product weaknesses, optimize packaging, and achieve the ideal balance between a product's performance and durability in its intended environment. With Lansmont, you can reduce damage, enhance quality, and promote sustainability.

What we do

What we do

Lansmont leads the world in providing cutting-edge shock and vibration measurement and laboratory testing solutions.

Lansmont equips product and packaging engineers with cutting-edge testing technology to uncover the challenges their products may face in transport and use. Our solutions help engineers enhance product strength and durability, optimize protective packaging solutions, and ultimately drive business success through improved product quality. With Lansmont, discover the limits and push the boundaries of product design with confidence.

 


Whether sending a satellite into orbit or receiving a load of fresh produce, you need to know that your products will maintai

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Make sure your packaging can stand up to pressure with our full range of compression tests.

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Precision drop testers deliver accurate testing and repeat it quickly for maximum efficiency.

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Our systems make it easy to perform impact testing that is reliable and safe.

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Our mechanical shakers provide entry level vibration testing to evaluate repetitive shock.

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Precision shock systems ensure components and products stand up to real-world hazards.

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Simulate long-duration, low-frequency input forces (no impact) associated with vehicle accelerating, turning and braking.

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Hydraulic vibration systems simulate the effects of transportation to protect shipments.

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SAVER™ technology

Shock and vibration data recorders

Lansmont’s portable SAVER™ shock and vibration environmental data recorders (also known as field data loggers) use internal triaxial accelerometers to autonomously measure and record tens of thousands of targeted acceleration time-history events of interest.

The collected shock, impact, and vibration data allows for the assessment and characterization of both the dynamic and atmospheric hazards present within the transportation and in-use environments.

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Custom engineered solutions

Lansmont has established an impressive global installed customer base for our standard product offerings. Our talented Engineering team has also delivered a large number of Custom-Engineered Solutions.

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Six step method

for cushioned package development

Product + Package > Environment

Experience demonstrates that when a structurally designed product and package are regarded as an integral system, damage and loss are significantly reduced. Lansmont’s Six Step Method is a scientific approach to optimize the development of your product/package system. This method includes monitoring the damaging effects of the transport environment, bare product testing and package testing.

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