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DIERS International GmbH
Dillenbergweg 4,
65388
Schlangenbad
Germany
Germany
Our range of products
Product categories
- 04 Physiotherapy / orthopaedic technology
- 04.17 Other equipment and devices for physiotherapy and orthopaedy
Other equipment and devices for physiotherapy and orthopaedy
- DIERS 4D motion® Lab /// high performance
- DIERS 4D motion® Lab | The Compact Solution for Motion Analysis
- DIERS formetric 4D | 3D/4D Spine & Posture Analysis
- DIERS 4Dmotion® | Dynamic Spine & Posture Analysis
- DIERS leg axis posterior | Video Gait Analysis (posterior view)
- DIERS leg axis lateral | Video Gait Analysis (lateral view)
- DIERS pedoscan | Static and Dynamic Foot Pressure Measurement
- DIERS pedogait | Dynamic Foot Pressure Measurement and Gait Analysis
- DIERS myoline professional | Isometric Muscle Strength Measurement
- DIERS i-emg | 2in1 Sensor: Inertial + EMG
- DIERS posture balance | Patient-individual Posture Correcting Insoles
- DIERS foot balance | Patient-individual Foot Correcting Insoles
- DIERS pedofeedback | Biofeedback Training
Our products
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS 4D motion® Lab /// high performance
The Compact and Fast Whole-body Assessment Solution for Medical and Sports Performance Applications.
The core technology of the DIERS 4Dmotion®Lab /// high performance is the unique back & spine measurement device DIERS formetric 4D, combined with video motion capture cameras for lower limbs and an instrumented treadmill to measure high speed ground reaction forces. All devices are connected for simultaneous measurements of the whole body.
The core technology of the DIERS 4Dmotion®Lab /// high performance is the unique back & spine measurement device DIERS formetric 4D, combined with video motion capture cameras for lower limbs and an instrumented treadmill to measure high speed ground reaction forces. All devices are connected for simultaneous measurements of the whole body.
- Compact Dimensions
- All-in-one Solution
- Individual Configurations
- Fast Examination Procedure
- Direct Monitoring of Measurement Results
- Whole-Body Assessment
- High Economic Efficiency
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS 4D motion® Lab | The Compact Solution for Motion Analysis
The 4D motion® system for dynamic spine measurement is the key component of the DIERS 4Dmotion®Lab. This motion laboratory is a time and space-saving solution that allows the synchronized measurement of the whole musculoskeletal system.
- Compact Dimensions
- All-in-one Solution
- Individual Configurations
- Fast Examination Procedure
- High Economic Efficiency
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS formetric 4D | 3D/4D Spine & Posture Analysis
The DIERS formetric is a light-optical scanning method based on Video-Raster-Stereography (VRS). Accordingly, the system consists of a light projector which projects a line grid on the back of the patient which is recorded by an imaging unit. A computer software analyzes the line curvature and generates from it – by means of the method of the Photogrammetrie – a three-dimensional model of the surface, comparable to a plaster cast. In opposition to x-ray, the DIERS formetric provides comprehensive information about the whole body statics and posture in only one measuring process, e.g. spine curvature (lateral and frontal), vertebral rotation, and pelvic position. Even muscular dysbalances can be detected based on the curvature image of the back surface.
- Radiation-free & Contactless
- Fast Examination Procedure
- Compact Dimensions (only 1,5 x 3 m)
- High Economic Efficiency
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS 4Dmotion® | Dynamic Spine & Posture Analysis
The leading technology in the field of 3D spine and surface topography
For the first time it is possible to visualize the complex motion pattern of the spine and pelvis during walking and to monitor the results. This technological breakthrough is based on the innovative software and an advanced camera system.
For the first time it is possible to visualize the complex motion pattern of the spine and pelvis during walking and to monitor the results. This technological breakthrough is based on the innovative software and an advanced camera system.
- Radiation-free & Contactless
- Fast Examination Procedure
- Compact Dimensions (only 2 x 4 m)
- High Economic Efficiency
- Pioneering Technology
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS leg axis posterior | Video Gait Analysis (posterior view)
With the additional leg axis module for the DIERS formetric 4D, resp. DIERS 4Dmotion® system it is possible to provide two-dimensional documentation of leg axis geometry (posterior view) in addition to spinal and postural analysis. This allows the user to directly include the effects on the leg axis when correcting foot malpositions.
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS pedoscan | Static and Dynamic Foot Pressure Measurement
The foot pressure recording and gait analysis system DIERS pedoscan allows the pressure distribution on the human foot to be captured and displayed quickly and precisely, while standing or while walking. Many clinical issues concerning the objective and quantitative analysis of pressure distribution, pressure peaks, and movement asymmetries as well as the rollover behavior are recorded to help diagnose foot malformations or functional limitations of the lower extremities. The precise, high-frequency measurement technology allows all users to record and document even rapid movements of the body’s centre of gravity and load changes. The direction of travel can be set in the software along one axis to allow for time-saving dynamic measurements in two directions. The high-frequency measurement of the body’s centre of gravity (min. 100 Hz) provides additional information about neurological issues and extends the range of application to (competitive) sports.
- Compact Dimensions
- Fast Examination Procedure
- High-Frequency Measurement
- Combinable with Spine Analysis
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS pedogait | Dynamic Foot Pressure Measurement and Gait Analysis
The DIERS pedogait system allows the functional representation of the foot pressure reaction forces while walking. The integrated measuring platform is 1.0 m long with 5.376 sensors for an exact capture of the pressure values. The admission frequency amounts to 100 Hz what corresponds to a tact frequency of 10 ms. Thereby false measurements and artefacts are avoided.
The standing treadmill can be used for static measurements of the foot pressure measurement as well as for the stabilometry.
The DIERS pedogait is prepared for the simultaneous measurement with the DIERS 4D motion® as well as with the module DIERS leg axis.
The standing treadmill can be used for static measurements of the foot pressure measurement as well as for the stabilometry.
The DIERS pedogait is prepared for the simultaneous measurement with the DIERS 4D motion® as well as with the module DIERS leg axis.
- Compact Dimensions
- Fast Examination Procedure
- High-Frequency Measurement
- Flexible Combination with other DIERS devices
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS myoline professional | Isometric Muscle Strength Measurement
With up to 28 test directions the DIERS myoline is a compact solution for recording and documentation of all posture-relevant muscle strength parameters.
As a whole body measurement system, the DIERS myoline unites several conventional devices and offers the user considerable savings of time, because all measurements can be executed while the patient is sitting in the seat and a new positioning is not necessary.
The device was developed and tested in an university environment. Its solid construction guarantees reliable measurement results.
Aside from recording diagnostic measurement parameters, the system is also ready for biofeedback therapies. The measurement results of the DIERS myoline and DIERS formetric jointly form the basis for the medical training therapy DIERS body balance.
As a whole body measurement system, the DIERS myoline unites several conventional devices and offers the user considerable savings of time, because all measurements can be executed while the patient is sitting in the seat and a new positioning is not necessary.
The device was developed and tested in an university environment. Its solid construction guarantees reliable measurement results.
Aside from recording diagnostic measurement parameters, the system is also ready for biofeedback therapies. The measurement results of the DIERS myoline and DIERS formetric jointly form the basis for the medical training therapy DIERS body balance.
- All-in-one Solution
- Fast Examination Procedure
- Ready for Biofeedback Training
- Developed and multiply tested in an university environment
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS i-emg | 2in1 Sensor: Inertial + EMG
The compact 2in1-sensor allows a synchroneous measurement of muscle activity (EMG) and a three dimensional measurement of movement. The wireless data transmission gives a high range of flexibility in application. The integrated intertial sensors have a precise output in three dimensions of the movement and its related angles. By positioning of two sensors on adjacent body segments, the range of motion and the angular position of the intermediate joint can be determined. The system is designed to be expanded for the use of a single joint measurement up to a simultaneous whole-body measurement (with up to 16 sensors). The integrated surface EMG detects the muscle activity of up to 16 muscle groups at the same time with bipolar electrodes.
- Time-saving 2-in-1-Solution
- Wireless Flexibility
- Simultaneous Whole-Body Measurement
- Can be integrated in the DIERS 4Dmotion®Lab
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS posture balance | Patient-individual Posture Correcting Insoles
The DIERS posture balance program is based on the principles of posture correction in accordance with Dr. Bourdiol. It uses the measurement data of the DIERS formetric system. The expert knowledge was verified in a research project with the University of Tuebingen (Institute of Sports Medicine). Taking the individual patient history into account, the DIERS posture balance program can be used to generate recommendations for posture correcting insoles (also under the term of sensory motor or proprioceptive insoles).
- Based on Measurement Data
- Scientifically verified
- Verifiable therapy progress
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS foot balance | Patient-individual Foot Correcting Insoles
The development of the DIERS foot balance software means that there is now a new program which can be used to generate recommendations for the production of high quality inlays to correct feet and gait. This is based on the high frequency measurement data of the DIERS pedoscan measurement method. The University of Tuebingen (Institute of Sports Medicine) accompanied the project as part of a research project. The new vector analysis procedure means that strength and acceleration vectors are recorded directly on the sole of the foot. Using the additional measurement data can improve the efficacy of the insoles and insole technology.
- Patient individual
- Scientifically based
- Verifiable therapy progress
Product category: Other equipment and devices for physiotherapy and orthopaedy
DIERS pedofeedback | Biofeedback Training
The biofeedback software for the foot pressure plate DIERS pedoscan offers variouse modalities for specific training therapies. The optical feedback of the patients activity effects a high motivation and promotes the therapy progress.
- Training configuration based on an existing foot pressure measurement
- Selfconfiguration apart from measuring data
- Flexible choice of training time
About us
Company details
DIERS International GmbH was founded in Wiesbaden in 1996. The company founder, Dipl. Eng. Helmut Diers, first completed an international career with various globally operating medical technology companies.
From the beginning, close scientific cooperations with German and foreign universities were utilized, guaranteeing developments at a high technical and scientific level to customers.
The objective of DIERS is to offer the market a comprehensive biomechanical product portfolio for holistic analysis of the human body. In the product development, value is placed on interdisciplinary utilization by various professional groups such as orthopaedists, orthopaedic technicians, physical therapists, dentists, orthodontists, sports medicine specialists etc. DIERS has meanwhile developed into a worldwide market leader in the field of optical 3D / 4D postural and locomotion analysis.
Many years of experience in the field of biomechanics, cooperation with scientific institutes and physicians and utilization of their expert knowledge now make it possible to generate therapy recommendations based on measurement results. There are currently programs available which offer recommendations for exercise training therapy and therapeutic insoles immediately after the diagnostic processes.
From the beginning, close scientific cooperations with German and foreign universities were utilized, guaranteeing developments at a high technical and scientific level to customers.
The objective of DIERS is to offer the market a comprehensive biomechanical product portfolio for holistic analysis of the human body. In the product development, value is placed on interdisciplinary utilization by various professional groups such as orthopaedists, orthopaedic technicians, physical therapists, dentists, orthodontists, sports medicine specialists etc. DIERS has meanwhile developed into a worldwide market leader in the field of optical 3D / 4D postural and locomotion analysis.
Many years of experience in the field of biomechanics, cooperation with scientific institutes and physicians and utilization of their expert knowledge now make it possible to generate therapy recommendations based on measurement results. There are currently programs available which offer recommendations for exercise training therapy and therapeutic insoles immediately after the diagnostic processes.