Insole pairs · designed per foot, printed in TPU

Insole Studio

A pair designed foot by foot from a named starting point, printed in TPU and engraved with your patient's name.

Shoe sizes: EU 20 to 50
Condition presets: 7
Arch steps: 30 to 45mm
Engraving depth: 0.5mm

The pair on this page was built by the insole engine itself, from a named preset and the four changes below, with the clinic and patient lines cut into the sole.

Start from a name, not a blank.

Choose each foot's size and a condition preset, and enter the weight. A preset is a named starting point: it fills in the values, and every value stays yours to change.

size: EU 42
weight: 78kg
preset: Healthy / comfort

Arch height, in steps you can say.

Four named steps, 30, 35, 40 and 45 mm, the same at every size, or any value in between. The glow shows where the surface moved.

arch height, High: 40mm

A heel cup that holds.

Four steps from 20 to 35 mm deep. A separate control raises the medial wall without the lateral one.

heel cup, High: 30mm

A metatarsal pad you place.

Set its height, its position along the foot and its size. It is added to the surface, so when it is off, nothing of it remains.

pad height: 7mm

Posting, in degrees.

Rearfoot and forefoot posts tilt the seat, from 6° valgus to 6° varus. Skives, flanges and the fit in the shoe are a tick away, under Advanced.

rearfoot post: 4° varus

Checked before it can leave.

Every build is checked for minimum thickness, wall angle and a closed, manifold surface, and a file that fails is refused. Across every size from EU 20 to 50, seven presets and both feet, all 434 meshes pass.

meshes in the release check: 434
steepest wall allowed: 60°
thinnest point allowed: 0.8mm

Both feet, together or apart.

Editing both feet together is on by default: in one clinic's work, 50 of 66 pairs were mirror images within half a millimetre. Untick it, and each foot has its own size, condition and values.

A value you have moved is marked, on the simple screen and under Advanced, and one click puts it back to the preset.

Recorded in Insole Studio in real time, not sped up: the preset built, the arch and the heel cup set to High, the pad raised and the rearfoot posted. Both feet move together.

Scans that measure, and say how.

Both are optional, both are analysed in memory and never stored, and each proposal carries its source.

A 3D foot scan

STL, PLY or OBJ, the whole foot or the sole alone. It proposes the arch height and the outline widths from the foot's shape, and never a cup, post, skive or pad. The load the foot was scanned under travels with every proposal.

lower, the arch proposed from a standing scan than from a seated one: the median of 99 feet in a public dataset. The studio records the load and never converts it.: 16.3mm

A pressure plate archive

The archive from a supported pressure plate moves the starting values by small, bounded amounts, each with a confidence and a reason. When the data is poor, it changes nothing.

With both scans, one table decides which scan sets each value: shape from the 3D scan, load from the pressure scan. The other value is still shown, struck through.

Say it once. Check it. Apply it.

Type "heel raise right 8 mm, arch up 2 on the left". The studio lays out what would change, per foot, before anything does.

A sheet, not a surprise.

Each row shows the control, the foot, the value before and after, and the words it came from. Nothing changes until you apply the rows you ticked.

Four languages, read by rules.

Dutch, German, English and Persian are read by rules on your own computer. A value out of range is refused with the range, and a clause it cannot read comes back as a question.

Voice, where you install it.

Hold to speak, and the words are transcribed on the same computer, then read back to you. Applying is still a click.

Printed, engraved, delivered.

Each foot is printed in TPU 95A to the stiffness you prescribe. The clinic line and the patient's name are cut into the sole, in the file itself, so the part and the record agree.

Material: TPU 95A
Stiffness: five steps, per foot, arch and pad apart
Engraving: clinic and patient, 0.5 mm deep
Files: an STL per foot and the report

Insole pair

€55per pair

€50 from 10 a month · €45 from 30 a month · download only: €9

The clinical decisions stay yours.

A preset is a starting point.

It is named, it is chosen by you, and it treats nothing. The studio never picks one for a patient.

It measures. It does not diagnose.

The studio does not diagnose, prescribe or approve a fit. Those are yours, and the software is built so they stay that way.

Where we stand with the MDR.

Classification of Avesta Studio under the EU Medical Device Regulation has not yet been confirmed by a regulatory assessor, and we will not tell you it has.

Try it for a month, free.

We set up the software in an afternoon, train your team and make your first parts free. At the end of the month, you decide.

Start a free pilot