Why make the manufacturing process more subjective?
With colour you can objectively request changes at the foot orthosis interface based on markings made directly on the patient’s foot. The subtalar joint axis location, the patient’s plantar fascia, metatarsal dome positioning, that tricky part of the foot that needs offloading…
Think of the improvements that can be made to your clinical outcomes by making the simple switch to 3D colour scanning.
A calibrated accuracy of <1.0mm.
Not only is the LaserCAM VPS highly accurate, it is also able to be calibrated against clinical anthropometric measurements due to it capturing 3D colour data.
Our computer-aided design software allows for 3D scan data to be automatically calibrated based upon clinical anthropometric input.
Easily manipulate foot position with two hands during 3D scanning.
Manipulating the forefoot at the point of scanning can lead to a more optimal application of force at the foot orthosis interface. We want to empower clinicians to have more control.
Our LaserCAM VPS scanning methodology builds upon the gold standard – the suspension plaster cast.
Scan in the position that you prefer.
We empower our clinicians to select the method of scanning that is most applicable to the individual patient. The provided stand allows for non-weight bearing and semi-weight bearing models. The LaserCAM VPS can also be placed directly on the LaserCAM VPS Floor Guard*, so that the scanner can be used in a standing position.
The LaserCAM VPS allows you to have complete control of how you capture the foot.
*The LaserCAM VPS Floor Guard is sold separately.
Our hardware never locks you into using our software.
Many scanners are lab or software locked. This limits your choice and exposes your clinical decisions to confirmation bias.
For this reason, we never lock in our users with hardware. We truly want what is best for your patients and believe that after using our software, you won’t want to try anything else.
The LaserCAM VPS exports files in VRML format.