Biomechanical Assessment, Gait and Scanmat Analysis & 3D Imaging at Biomechanical Logic
mail@biomechanical-logic.co.uk
26 Westgate, Otley, West Yorkshire, LS21 3AS
About Clinical Biomechanics
Footscan Technology using Scan-Mat Analysis and 3D Imaging
Clinical Biomechanical specialists analyse the movement of the foot and ankle during motion, correcting the anatomical relationship between the different segments of the foot, often prescribing orthotics (custom made insoles) to achieve this.
At consultation a complete medical history will be taken and both a functional assessment and gait analysis will be carried out incorporating Video Analysis, Footscan Technology using Scan-Mat Analysis and 3D imaging.
Where custom orthotics are required 3D imaging now replaces old style casting techniques whereby highly accurate 3D images are taken of the feet. Exact custom fit orthotics can be achieved as these images are sent to be made professionally by laboratories in the UK, or where Phits Orthotics are requested, made professionally by laboratories in Sweden.
Footscan Technology using Scan-Mat Analysis
Conditions Treated
A Clinical Biomechanical specialist can treat the following:
- Achilles tendonitis
- Plantar Fasciitis (heel pain, sole of foot pain)
- Metatarsalgia
- Morton’s Neuroma
- Heel Spur, Heel Pain
- Shin Splints
- Knee pain
- Hip pain
- Lower back pain
(where abnormal movement of the feet leads to back problems)
Clinical Biomechanics works very well with other health professionals and in many cases helps speed up recovery.
Who are the Practitioners?
Biomechanical Logic Ltd employs a qualified, registered and experienced professional who cares about the quality of service delivered. The company has rigorous policies and procedures in place in order to support the level of services it provides. This guarantees that the Practitioner is fully qualified and registered with their relevant professional bodies.
Further information can also be found by ringing the Biomechanical Logic reception via Physio Logic on 01943 850723.
MSc (Clinical Biomechanics) Grad Dip Phys MCSP HCPC Reg
Chartered Physiotherapist and Clinical Biomechanical Specialist
- MSc CLINICAL BIOMECHANICS with Merit University of Staffordshire
- CHARTERED PHYSIOTHERAPIST (Registered with the Health and Care Professions Council)
MSc Clinical Biomechanics Module Awards achieved:
- Dissertation: Use of textured midsoles to improve hallux grip strength and balance in healthy, older females: a single-blinded randomised controlled trial – Passed with Merit
- Research Methods and Methodologies Module – Passed with Distinction
- Gait Analysis Module – Passed with Distinction
- Lower Limb Paediatric Pathologies and Therapies Module – Passed with Distinction
- Tissue Stress Module – Passed with Distinction
- The Origins and Principles of Biomechanics Module – Passed
- Critical Appraisal Skills and Research Awareness Module – Passed with Distinction
- Trained: Leeds School of Physiotherapy 1985-1988
- Trained: University of Staffordshire, Department of Clinical Biomechanics 2019-2022
- Interests: Clinical Biomechanics, Musculo-skeletal and Sports Injuries
- Principal, Biomechanical Logic Ltd
- Owner, Managing Director & Principal of Physio Logic Ltd since its inception as Otley Physiotherapy & Sports Injuries Clinic in March 1994, turning the business into a limited company in 2002.
- Previous posts: Physiotherapist – Pinderfields General Hospital, Wakefield 1988-1990
- Senior Physiotherapist – Wharfedale General Hospital, Otley 1990-2000
- Physiotherapist to Leeds Cougars American Football Team 1988-1990
- Head Physiotherapist to Harrogate Rugby Union Football Club 1992 to 1999
- Head Physiotherapist to National League Division One Otley Rugby Union Football Club (Sept 2001 to May 2009)
Need More Advice on Clinical Biomechanics?
To enquire about our Biomechanical and Gait Analysis services, please contact the Biomechanical Logic reception. We can also advise you on other whether other forms of treatment such as Physiotherapy, Osteopathy, Chiropody, and Traditional Chinese Medicine will help alleviate your symptoms in conjunction with any of our Clinical Biomechanical pathways of treatment.