Wherever it is important to measure forces and moments in three dimensions you will find AMTI multiaxis load cells. AMTI's load cells provide up to six degrees of freedom (DOF) and can resolve applied loads into three orthogonal forces and 3 moments. (read more)
AMTI's AccuGait System is a complete portable solution for quantifying and analyzing human gait and balance. The AccuGait is accurate, economical, and easy to use with AMTI's powerful NetForce/BioAnalysis software package. The AccuGait System features: (read more)
The OR6-GT glass top biomechanics force platform should be used when a transparent top plate is desired while obtaining forces and moments. Applications include biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. (read more)
AMTI's AccuSwayPLUS system is a complete solution for quantifying and evaluating human balance. AccuSwayPLUS was developed and built to be economical, portable, and easy to use. (read more)
The OR6-6 model Biomechanics Force Platform is ideal for applications, which require high frequency response or a light-weight sensor. The OR6-6 can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. (read more)
Model BP400600, The 2:3 width to length aspect ratio ideal for installations where variable stride must be accommodated. (read more)
The OR6-7 model Biomechanics Force Platform can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include gait analysis, "Romberg" testing or stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, and force, power, and work studies. (read more)
AMTI's MCW-PA, PP, and AA walker sensors are specifically designed for the precise measurement of the forces and moments transmitted through walkers. Offered in three walker styles, the sensors measure the three orthogonal force components along the X, Y, and Z axes, and the moments about the axes, producing a total of six outputs. (read more)
AMTI's DSA-6 six-channel, high gain, strain gage amplifier, is a complete solution for your analog signal conditioning needs. Fabricated from the highest stability and lowest noise components available today, the DigiAmp was developed and built to be flexible, reliable, and easy to use. (read more)
AMTI's NetControl software coupled with AMTI's DigiControl instrument provides a richly featured motion control solution. The DigiControl instrument provides eight channels of PID control (proportional integral and derivative). (read more)
The AMTI DigiControl instrument is an Ethernet enabled digital PID controller. DigiControl has 8 independent PID control channels. Each channel drives a +-10 volt analog output pin. DigiControl has 6 strain gage bridge input channels, and 9 high level analog input channels, which may be software selected to provide feedback for the PID control loops. (read more)
The AMTI OrthoPOD is a six-station pin-on-plate wear-testing machine. Unlike a conventional pin-on-disk machine the OrthoPod provides the means to program complex motion paths which play an important part in the wear of anisotropic materials like polymers and composites. The OrthoPod has six sample stations where each station will accommodate a pin and plate sample pair. (read more)
The AMTI Knee Simulator, developed by AMTI with the collaboration of leading implant manufacturers and medical professionals, simulates the physiological motions of the knee. The machine provides four degrees of freedom, which are congruous with the physiological function of the knee. (read more)
The AMTI Hip Simulator, collaboratively developed by AMTI and a team of world renowned arthroplasty specialists, simulates the physiological motions of the hip. The machine provides four degrees of freedom (4 DOF), which are in accord with the physiological function of the hip. (read more)
Model MC3246, Specifically designed for measurement of aircraft landing gear forces. Three component transducer. (read more)
Model UDW3 Ideal for underwater applications. Oil filled with a pressure compensation bladder for pressure equalization. (read more)
Model FS6, Compact transducer for biomechanics ergonomics, general purpose six component measurements. (read more)
Model MC2.5, Compact waterproof, six component. Features stainless steel construction with fully waterproof potting. (read more)
Model MC0.75, Compact, waterproof, six component design. Features stainless steel construction and fully waterproof. (read more)
Bolt3, Designed for bolt testing. Measures applied and transferred torque and bolt tension. (read more)
Ideal for testing machines and manufacturing processes. Bolt circle mounting both ends. (read more)
The AMTI MSA-6 instrument is a strain gage amplifier designed for use with AMTI biomechanics force platforms, multi-component force/torque transducers or other strain gage devices. It is a low cost, compact instrument suitable for high resolution measurements. (read more)
AMTI's DSA-6 six-channel, high gain, strain gage amplifier, and is a complete solution for your analog signal conditioning needs. Fabricated from the highest stability and lowest noise components available today, the DigiAmp was developed and built to be flexible, reliable, and easy to use. (read more)
These devices were developed to examine the upper body forces and moments involved with tasks involving walkers, canes, or crutches. Applications include biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, and prosthetics. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, force, power, and work studies. (read more)
