orthotics - D3D & RS Insoles
The footscan® software revolutionises the ORTHOTIC PRESCRIPTION process by using the patients DYNAMIC PRESSURE DATA to suggest the ideal orthotic to stabilise and correct any abnormalities associated with foot mechanics during its dynamic functioning. The software will suggest the ideal D3D orthotic for the patient, this suggestion can also be applied to the RS orthotic depending on patient preference.
All orthotics are produced at our premises by highly skilled members of our manufacturing department.
The D3D orthotic is available as a ¾ length or full length orthotic and can accomadate varying arch heights. The correct prescription of this orthotic is achieved in the software by considering the dynamic foot mechanics, plus the patients body weight and activity requirements.
 
basic inlay
Name: Blue
Density: Soft
Size: UK 1 - 13
 
Name: White
Density: Medium
Size: UK 1 - 13
Name: IT Cork
Density: Hard
Size: UK 5 - 11
 
Name: Thermolast
Density: Extra Soft
Size: UK 5 - 11
corrections
Correction A
ForeFoot Pronation
 
Correction C
RearFoot Pronation
 
Correction B
MidFoot Support
 
Correction D
Supination Support
 
 
 
top covers
Name: Thermolast
Density: Extra soft
 
Name: Green
Density: Soft
 
Name: Royal blue
Density: Medium
 
Name: Red
Density: Hard
 
Name: Dark blue
Density: Hard
 
 
childrens
Children's orthotic
slim fit version
Slim fit orthotic
 
top covers

The RS orthotics are available in ¾ and full length men and women versions. Variance in arch height and heel motion is accommodated and biomechanical corrections suggested by the footscan® software can be applied by the production team.
 
 
testimonials
I have been very impressed with the analysis system and D3D orthotics provided by RSscan Lab Ltd.
I have used the D3D orthotics to treat elite and amateur athletes, padiatrics, patients rehabilitating from trauma, and to heel diabetic foot ulceration and reduce neuropathic pain - all with phenomenal success.

Working with dynamic planter pressure data to produce orthotics allows the clinician to address what happens to the moving foot when the patient is performing the activity for which it is required.
I believe that this contributes hugely to their success. The orthotics are durable, light-weight, well tolerated and produced to a high quality. Frankly, I cannot imagine working without them.

Dr Sue Barnett
PhD, MSc, BSc (Hons), SRCh, DPodM, MChS