Easy customisation with the 3D bedding tool

The 3D bedding tool makes it easy for you to adapt the foot scan to the insole. This allows you to customise the insole, ensure optimum heel guidance and adapt it to the material thickness of 6-14 mm.

The innovative "3D bedding" library in the PG31

The new PG31 officially enables new manufacturing processes for the production of diabetes-adapted foot supports (DAF) for the first time. Easycad, SPRINGER's market-leading CAD software for designing and manufacturing customised foot orthoses, has been expanded to include the "3D bedding" library. This digital platform is the ideal tool for the digital production of foot orthoses.

Perfect fit in just a few steps

In just a few steps, you will receive your finished footbeds by adapting a 3D foot scan. These are characterised by their high heel cups and ensure excellent rearfoot guidance. The heel is optimally positioned in the shoe so that the foot does not "float". This is a decisive criterion for patients with polyneuropathy and sensory disorders in particular, as it ensures that they can walk safely.

The material thickness of the insoles is extremely flexible and can be customised in the range of 6-14 mm. This means that the insoles can be made narrower in the rearfoot area for improved support in the shoe. At the same time, however, the prescribed minimum material thickness of 8 mm can be maintained in the case of a healed ulcer.

During the design process, you can choose from the insole moulds of all common shoe manufacturers to ensure a perfect fit. The generated CAD files can either be milled or soon produced using 3D printing - either in the central service centre or directly in-house. These versatile options offer you maximum flexibility in the production of your insoles.