A-Tech Instruments Ltd. - Multi-Axis Platforms Load Cell & Force Sensors

Toronto: 416 754 7008

Montreal: 514 695 5147

Canada: 1 888 754 7008

User:

Pass:

Register online with us for access to our online request system and product manuals.

Now Hiring!

Multi-Axis Platforms

Search

Advanced

Site Map

Force platforms that are suitable for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial use. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, and force, power, and work studies. These are also used in Automotive Crash Testing, Aircraft Landing Gear product developement, Spring testing, etc.

Products > Sensors > Load Cell & Force > Multi-Axis Platforms

Optima, Precision Force Platforms

Optima, Precision Force Platforms

The Optima Human Performance System is the ultimate force plate for COP (Center of Pressure).
A revolutionary design in force measurement technology offering a 10 fold improvement over any force platform system on the market.
- Average COP accuracy < 0.2mm
- Crosstalk typically +/- 0.05%
- Accuracy typically +/- 0.1%
Better accuracy in your measurement means less uncertainty in your results.

AccuGait Walkway

AccuGait Walkway

AccuGait Walkway is ideal for portable Gait and Balance Measurement. It is reinforced with Aluminum-foam composite body with line-up pins and quick latches. Available in different sizes and weights.

AccuGait, Gait and Balance Platform

AccuGait, Gait and Balance Platform

- Portable Gait and Balance Platform
- 50cm Length
- 50cm Width
- 4.4cm Height
- RS-232 Connector and optional analog outputs
- 0.2% F.S. Nonlinearity

Full Scale Range(s)

250 - 1,000 lbs

Models: ACG, ACGWALK-SE, ACGWALK-SP, ACGWALK-TE, AMTI Platform

AccuGait, Portable Gait & Balance Platform

AccuGait, Portable Gait & Balance Platform

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.

AccuPower

AccuPower

The AccuPower is a portable six component forceplate designed for athletic performance evaluation during jumping or similar exercises. It is designed with sensors based upon Hall effect technology and includes high overload protection. Internal electronics allow direct interfacing to a serial port on a computer. A single telephone style cable is the only connection to the forceplate. The use of composite construction results in a low weight transducer; no mounting is required!

AccuSway Dual Top

AccuSway Dual Top

AMTI's AccuSway Dual Top system is a complete solution for quantifying and evaluating human balance. The AccuSway Dual Top has two separate force platforms, one for each foot, on one base. The AccuSway Sual Top was developed and built to be economical, portable and easy to use.

AccuSway, Balance and Sway Platform

AccuSway, Balance and Sway Platform

- Portable Balance and Sway Platform
- 50cm Length
- 50cm Width
- 4.4cm Height
- RS-232 and optional Analog Output
- 0.2% F.S. Nonlinearity

Full Scale Range(s)

2,500 - 10,000 lbs

Models: ACS, AMTI Platform

ADL Hip, Multi-Axis Motion simulator

ADL Hip, Multi-Axis Motion simulator

The AMTI hip simulator replicates the loading and full range of multi-axis motion associated with activities of daily living (ADLs), like getting out of a bathtub, walking up or downstairs, squatting to pick something up, and running. A sequence of up to twelve individual physiological motions can be sequenced to define a particular lifestyle, providing a true-to-life system for evaluating the materials and component designs of hip implants.

ADL Knee, Simulator

ADL Knee, Simulator

The AMTI knee simulator replicates the loading and full range of multi-axis motion associated with activities of daily living (ADLs), like getting out of a bathtub, walking up or down stairs, squatting to pick something up, and running. Up to twelve individual physiological motions can be sequenced to define a particular lifestyle, providing a true-to-life system for evaluating the materials and component designs of knee implants.

BOLT-3, Bolt Torque & Tension Transducer

BOLT-3, Bolt Torque & Tension Transducer

AMTI's model BOLT-3 transducer simultaneously measures the torque applied to a bolt, the torque at the threads, and the axial tension in the bolt. This unique instrument isolated these three quantities and allows a detailed study of the loads on a bolted element.

BP1200X1200, Strain Gage Fore Platform

BP1200X1200, Strain Gage Fore Platform

- Measure the Forces and Moments Applied to its Top Surface as a Subject Stands, Steps, or Jumps on it
- Fx, Fy, and Fz are the Force Components and Act Along the Axes of an Orthogonal x, y, z-coordinate System

Models: AMTI Platform, BP12001200, BP1200X1200

BP400600, Force Platform

BP400600, Force Platform

The BP400600 Biomechanics Force Platform can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include gait analysis, Posturography or stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, force, power, and work studies.

BP400600HF, High Frequency Platform

BP400600HF, High Frequency Platform

The BP400600HF model Biomechanics Force Platform is ideal for applications which require high frequency response or a light-weight sensor. The BP400600HF can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, and force, power, and work studies.

BP400600NC, Non-Conductive Force Platform

BP400600NC, Non-Conductive Force Platform

The BP400600NC Non-Conductive Biomechanics Force Platform is particularly suitable for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses where a non-conductive platform is desired. Specific uses include gait analysis, "Romberg" testing or stability analysis, eurological analysis, prosthetics fitting, athletic performance, shoe design, force, power, and work studies.

BP400800, Force Platform

BP400800, Force Platform

The BP400800 Biomechanics Force Platform is particularly suitable 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, athletics performance, shoe design, force, power, and work studies.

BP6001200

BP6001200

The BP6001200 model Bio-mechanics Force Platform is ideal for applications which require a large size high frequency response sensor with a low mass top. It can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, and force, power, and work studies.

BP600600, Force Platform

BP600600, Force Platform

The BP600600 Biomechanics Force Platform provides a square working area and a size larger than the standard AMTI OR6-7 force platform. The BP600600 can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, and force, power, and work studies.

BP600900, Force Platform

BP600900, Force Platform

The BP600900 model Force Platform is ideal for applications which require a medium size high frequency response sensor with a low mass top. The BP600900 can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include athletic performance, gait analysis, stability analysis, neurological analysis, prosthetics fitting, shoe design, and force, power, and work studies.

BP900900, Force Platform

BP900900, Force Platform

The BP900900 model Biomechanics Force Platform is ideal for applications which require high frequency response or a light-weight sensor. The BP900900 can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, and force, power, and work studies.

BP900X1800

BP900X1800

Strain gage force platform
- Fz Capacity, lb (N) = 2000 (9000)
- Fx, Fy Capacity, lb (N) = 1000 (4500)
- Mz Capacity, in*lb (Nm) = 18000 (2000)
- Mx Capacity, in*lb (Nm) = 72000 (8000)
- My Capacity, in*lb (Nm) = 36000 (4000)

Compact Tandem Force-Sensing Treadmill

Compact Tandem Force-Sensing Treadmill

Tandem Belt design, high performance digital motor controllers, Computer controlled speed and Incline,removable handrails. Single belt and side-by-side models available, low mass composite forceplates with sensing elements located ear the belt surface. Vertical capacity 8800N, Horizontal 4500N, 0-20km/hr speed, reversible belt direction

Force 5 Joint, Multi-axis simulator

Force 5 Joint, Multi-axis simulator

The AMTI Force 5 is a versatile simulator that can be configured for a variety of single and multi-axis tests, such as joint simulation, product testing, materials evaluation, and cadaver based studies. It features a single testing station which is typically configured for hip, knee, or spine simulation.

Force Plate Stairway

Force Plate Stairway

The force plate stairway was designed in response to a growing need for assessing stair ambulation in subjects with mobility limitations. The force platform stairway is based up to use of a pair of new or pre-existing forceplates to which the special stairway unit is attached. A walkway can be easily converted into a stairway, thus expanding the ability of clinical laboratories to assess mobility in different ambulatory conditions.

HE600x600, Hall Effect Force Platform

HE600x600, Hall Effect Force Platform

HE600x600 is an accurate, easy-to-use, and economical force platform for measuring the three forces (Fx, Fy, and Fz) and the three moments (Mx, My, Mz). This six-degree-of-freedom platform comes with everything needed to collect data with a PC, including a powerful data acquisition software package

HE6X6, Low Load Minature Force Platform

HE6X6, Low Load Minature Force Platform

AMTI's HE6X6 System is a compact solution for quantifying very low loads. The HE6X6 is accurate, economical, and easy to use with AMTI's powerful NetForce data acquisition software package. The HE6X6 featres a 6" x 6" working surface and specific uses include human proprioception testing and small animal applications.

MC12, Force/Torque Sensors

MC12, Force/Torque Sensors

The MC12 transducers provide 6 independant outputs of Fx, Fy, FZ, Mx, My and Mz. They are available in ranges of 1000, 2000 and 4000 lbs in the Fz axis.
The MC12 has a 12 inch square high strength, anodized Aluminum Alloy Top Plate with threaded inserts.
The MC12 incorperates 4 precision Foil Strain Gauge Sensing Elements that are potted for durability and reliable pereformance in a wide range of application environments.

Full Scale Range(s)

500 - 5,000 lbs

Models: MC12, MC12X

MC3246, Multi-Axis Force Platform

MC3246, Multi-Axis Force Platform

- Multi-Axis Force Platform, High Force Capacities
- 6 axil (Bridges) of Force and Torque available
- 52" Length
- 32.9" Width
- 9.0" Height
- 851-02E16-26P50-44 Connector
- 0.2% F.S. Nonlinearity
- High Strength Aluminum

Full Scale Range(s)

500,000+ lbs

Models: AMTI Platform, MC3232, MC3246

MC3A, 6 Axis Force/Torque Cells

MC3A, 6 Axis Force/Torque Cells

- Force/Torque Cells; 6 Bridge
- L.; 3.0" W.; 3.0"
- H.; 3.0"
- Conn.; 851-02E16-26P50-44
- Nonlinearity: 0.2%
- High strength aluminum alloy
- Waterproof version available

Full Scale Range(s)

50 - 1,000 lbs

Models: MC3, MC3AX

MC5, Force/Torque Load Cells

MC5, Force/Torque Load Cells

- Measures Loads in the Range Between the Capacities of AMTI's Popular MC3 and MC8 Transducers
- Available with Vertical Force Capacities of 5600-45000n ( 1250 to 10000lbs ) and Corresponding Horizontal Force and Moment Capacities
- Available with 1 to 6 outputs
- Models with Custom Capacities and Layouts are Available for Special Applications
- 5 inch Diameter
- High Strenght Anodized Aluminum
- Elastomeric O-Ring Seal Protects the Strain Gages and Wiring
- Internal Sealing of Strain Gages Further Ensures Long Life and Consistent Reliable Performance

Full Scale Range(s)

1,000 - 25,000 lbs

Models: MC5

MC6, Force/Torque Sensors

MC6, Force/Torque Sensors

- Resolve Applied Loads onto Orthogonal Force and Moment Components
- Precision Sensor has High Stiffness, High Sensitivity, Low Crosstalk, Excellent Repeatability and Long-Term Stability
- Exhibit the Inherent Ruggedness of Bonded Strain Gage Transducers
- Incorporate Special Seals to Prevent Water and Oil Contamination
- Available with 1-6 Outputs
- Standard Vertical Load Capacities are 1000 2000 and 4000 pounds
- Horizontal Load Capacities are half of Vertical Ratings
- Custom Models Available
- 6 inch Square Top Mounting Surface Equipped with Threaded Inserts
- High Strenght Aluminum Alloy
- Made to Withstand Harsh Manufacturing and Testing Environments
- Anodized Finish Protects Exterior from Corrosion
- Elastomeric O-ring Seals Protect the Strain Gages and Wiring
- Internal Potting of Strain Gages Further Insures Long life and Consistent Reliable Performance

Full Scale Range(s)

10 - 5,000 lbs

Models: MC6, MC6X

MCL6, Lathe Dynamometers

MCL6, Lathe Dynamometers

The MCL6 Lathe Dynamometers are precision multiaxis force and moment sensors designed for measuring the forces in lathe operations. They feature high stiffness, high sensitivity, low crosstalk, excellent repeatability and long-term stability. These sensors exhibit the inherent ruggedness of bonded strain gage transducers and they incorporate special seals to prevent oil and water contamination.

Full Scale Range(s)

1,000 - 5,000 lbs

MSA-6

MSA-6

The AMTI MSA-6 instrument is a 6-channel 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 capable of high resolution measurements. The microprocessor based MSA-6 features easy bridge balancing with a single push button auto zero, low-pass fixed filters, and jumper-selectable precision bridge excitation voltages and gains for each channel.

NeuroCom Research System - Balance, Mobility, & Gait Control

NeuroCom Research System - Balance, Mobility, & Gait Control

The NRS menu-driven operating system provides you with the ability to design research protocols featuring dynamic sensory and moto conditions that emulate the real world challenges to balance, mobility, and gait control. The AMTI Dual Top force plate provides detailed access to the force data (X, Y, and Z components) required to accurately demonstrate the impact of those challenges on human performance.

OR6, 6 Axis Universal Platform

OR6, 6 Axis Universal Platform

- Multi-Axis Force and Torque Platform
- 6 Independant Bridges
- 20" Length
- 18.25" Width
- 3.25" Height
- 851-02E16-26P50-44 Connector
- 0.2% F.S. Nonlinearity
- High Frequency Response Aluminum

Full Scale Range(s)

250 - 5,000 lbs

Models: AMTI Platform, OR6-6, OR6-7, OR6-7MA, OR6-GT, OR6-WP...

OR6-6, High Frequency Force Platform

OR6-6, High Frequency Force Platform

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. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, athletics performance, shoe design, and force, power, and work studies.

Models: OR6-6, OR6-7

OR6-7 MA, Force Platform with Internal Amplifier

OR6-7 MA, Force Platform with Internal Amplifier

The OR6-7MA 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.

OR6-7, Force Platform

OR6-7, Force Platform

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.

Models: OR6-6, OR6-7

OR6-GT, Glass Top Force Platform

OR6-GT, Glass Top Force Platform

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. Specific uses include gait analysis, stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, tire testing, force power, and work studies.

OR6-WP

OR6-WP

The OR6-WP model Biomechanics Force Platform can be used for under water biomechanics, engineering, medical research, rehabilitation evaluation, and general industrial uses. Specific uses include athletic performance, marine studies, tow tanks, and force, power, and work studies.

Ortho-POD, Multidirectional Cross-Shear Measurement

Ortho-POD, Multidirectional Cross-Shear Measurement

The AMTI Ortho-POD is a multi-directional pin-on-disc machine capable of replicating the complex motions essential for accurately simulating the in vivo wear of polyethylene joint implants. Research has demonstrated that the wear rate of certain polymers, such as ultra-high molecular weight polyethylene, is highly dependent on the "cross-shear" motions that occur between the mating components of prostheses. Unidirectional motion strain-hardens polyethylene, gradually increasing its integrity along the established path.

Tandem Force Sensing Treadmill

Tandem Force Sensing Treadmill

Tandem Force Sensing Treadmill This tandem treadmill has been installed with the belt surface flush with the existing floor for easy entrance and exit. Vertical force capacity 8800 N•Horizontal force capacity 4500 N•Speed 0-20 Kilometers per hour
Analog and digital outputs available. Removable side handrails.

Models: DBEEWI

UDW3, Underwater Sensor

UDW3, Underwater Sensor

AMTI's UDW3 is specifically designed for the precise measurement of underwater forces and movements. The sensor measures the three orthogonal force and moment components along the X, Y, and Z axes, producing a total of six outputs. The characteristics of this strain gage sensor make it ideal for research and testing environments; it has high stiffness, high sensitivity, low cross-talk, excellent repeatability and long term stability. It is simple, easy to use, and is available with either 100, 250, 500, 1000 pound (445, 1112, 2225, 4450 Newton) vertical capacities.

Featured

3023A1, Triaxial Miniature Accelerometer

DTC-Initium, Electronic Pressure Scanners

8661, Rotary Non Contact Shaft Torque Sensor

3274A, Series Sub-Miniature Accelerometer - TEDS

Vehicle Testing - General Type Test

Mobile Vehicle Testing DAS & Analysis Software

Horse Saddle Pressure Measurement

New

9307 DigiForce, Multi channel Press Force Monitor & Functional Tester

3333MT, Low Noise Triaxial Accelerometers

imc CRONOSflex (CRFX), Flexible Data Acquisition & Control Systems

Laser Scanning for In-Process Dimensional Inspection

Horse Saddle Pressure Measurement

Fibre Optic Displacement Sensors for Flight Test


Home \| Products \| Applications \| Support \| Services \| Manufacturers \| Contact Us \| About Us
© 2008 A-Tech Instruments Ltd.	Careers \| Legal

Products

Signal Conditioning

Indicator / Controller

Data Acquisition

Industrial Computing

Notes

Application Notes

Technical Notes