Our in-house calibration lab is a state-of-the-art facility based in California, USA, with dedicated work stations. We are also ANAB Accredited (ISO/IEC 17025:2017 and ANSI/NCSL Z540-1-1994).
- Mortar baseplates experience a significant amount of force and abuse when deployed in the field.
- New designs to lighten “humping” loads on our soldiers are driving the use of more exotic baseplate materials and designs.
- The US A
- Lansmont designed and delivered a new Mortar Plate Test System (MPTS)
- Pneumatically fires a “bullet” into the baseplate to create the desired force profile.
- Interchangeable masses to achieve desire pulses for different mortar sy
When transport vehicles accelerate, turn or brake, the resulting low-frequency accelerations can cause unit loads to shift.
- Simulate long-duration, low-frequency input forces (no impact) associated with vehicle accelerating, turning and braking.
- Challenge unit load stability and integrity, determining if they will remain unitized and stable for transport.
Model : 1500 mm – 21 kW
Carriage Size: 1500 mm x 1500 mm
Carriage Weight: 204 kg (450 lb)
Max Payload: 1500 kg ( 3307 lb)
This process is vital for ensuring that products travel to customers safely and securely, eventually arriving damage free.
Drop testing mimics the shipping and distribution environment in a way that exposes packages to the types of impacts they may endure while traveling through the supply chain.
For this testing, a drop test apparatus creates freefall and sudden impact conditions across various heights and angles. The equipment repeats this process until it exposes a packaging fault.
The methods you use to perform your drop test depend on the standard or regulation to which your company must adhere. Each international standard organization has guidelines that establish the proper drop testing procedures and inputs, including:
Entrusting the responsibility to Lansmont’s Field-to-Lab® Professional Services experts increases your decision-making confidence, reduces your risk, and frees you to tackle other important challenges with your time.
Lansmont’s Vibration Test Systems are simple to operate safely and can perform a wide range of vibration tests in accordance with government, industry and corporate specifications.
Lansmont provides vibration testing equipment, ranging in both size and performance capability.
Inclined impact testing simulates environmental dynamic forces that packaged goods may endure throughout transport and handling operations. These hazardous dynamics are simulated using impact test systems.
Typically, inclined impact testing is carried out in a laboratory setting through a design department and testing team.
You can evaluate your goods using reliable inclined impact test systems from Lansmont. Our robust state-of-the-art test systems are designed for long-lasting use and user-friendly operation.
Mechanical shakers are a low cost testing equipment option for challenging the integrity of your packaging designs.