Bewegungsanalyse

Unternehmen

Hier finden Sie typische Einsatzgebiete der Pedobarometrie (Polizei, Feuerwehr, Armee):

  • Unterstützung Zentraleinkauf/Beschaffung
  • Kontrolle der korrekten Sportschuhversorgung (Arbeitsschutz)
  • Schuhempfehlung
  • Analyse Abrollverhalten
  • Baseline-Ermittlung (Monitoring)
  • Einlagenversorgung (Betriebsarzt)

Forschung

Hier finden Sie typische Einsatzgebiete der Pedobarometrie:

  • Ermittlung von Druckverteilungen
  • Ermittlung Bodenkontaktzeiten
  • Ermittlung Timing-Parameter
  • Leisten- und Sportschuhbau
  • Bewegungsanalyse

Veterinärmedizin

Hier finden Sie typische Einsatzgebiete der Pedobarometrie:

  • Ermittlung der Belastungsverteilung (Kuh)
  • Kontrolle Hufbeschlag (Pferd)
  • Veterinärmedizin (Kleintier)
  • Forschungsfragen (Veterinärmedizin)

Einsatzgebiete

Mit der Eweiterung des RSscan Portfolios um leistungsstarke 3D-Scanner, bieten wir unseren Kunden die perfekte Ergänzung zur Analyse und weitergehenden Nutzung wertvoller Daten rund um das Thema Leisten- und Schuhbau.

Darüber hinaus lassen sich die erhobenene Daten sehr gut zur prä- und postoperativen Diagnostik im medizinischen Bereich nutzen, beispielsweise zur Diagnose und Kontrolle von Achillessehnenverletzungen.

Scanner-Modelle

Tiger 3D Scanner
Erstellen Sie einen kompletten und detaillierten 3D Scan Ihres Fußes. Die Scanhöhe über Sprunggelenk erlaubt eine vielseitige Verwendung der Analysedaten.
Die footscan essentials Software erlaubt die integrierte Messung, die Berechnung der Längsgewölbehöhe (arch height), die räumliche Betrachtung der Messung am Bildschirm Export von STL Daten für die weiterführende Verarbeitung in aneren 3D Design Programmen oder für die verarbeitung in CAM Maschinen.

  • Kameras: 9 Kameras (8 x color, 1 x monochrom)
  • Meßgenauigkeit +/- 0.5 mm
  • Messdauer: 5-15 Sekunden
  • Gewicht: 26 kg
  • Größe:76 cm x 83 cm x 122 cm

Preisanfragen stellen Sie bitte direkt an info@evoletics.de.

iQube Scanner (E500)
Dieser Scanner eignet sich für die Erfassung der plantarseite des Fußes sowie zum Digitalisieren von Trittschaumabdrücken. Der iQube erzeugt hochqualitative 3D Daten in Sekundenschnelle. Sparen Sie Zeit und Energie bei Routineaufgaben (Vermessung von Fußlänge, Fußbreite, Gewölbehöhe) und konzentrieren Sie sich wieder auf die Kundenbetreuung und den Bau qualitativer Einlagen.

  • Kameras: 5 Kameras
  • Meßgenauigkeit +/- 0.4mm
  • Messdauer: 5-9 Sekunden
  • Gewicht: 17 kg
  • Größe: 70 cm x 38 cm x 20 cm

iQube Mini Scanner (E100)
Noch kleiner, noch handlicher, noch schneller. Der iQube Mini ist der Einstiegsscanner zum Erfassen von 3D Fußabdrücken (plantar), von Kundeneinlagen oder anderen Gegenständen. Er erzeugt präzise 3D Bilder und ist hervorragend für den mobilen Einsatz geeignet..

  • Kameras: 1 Kamera
  • Meßgenauigkeit: +/- 1mm
  • Meßgeschwindigkeit: 5-7 Sekunden
  • Gewicht: 6 kg
  • Abmessungen: 54 cm x 29 cm x 8 cm

Messdaten

Sie haben Interesse an Messdaten, dann haben Sie hier die Möglichkeit ein Set an Messdaten herunterzuladen.

STL Testdaten

STL Testdaten der drei Scannermodelle finden Sie unter folgender URL als ZIP Datei zum Download: Scanner, Meßdaten 1, Meßdaten 2. Diese können für Testzwecke in Ihrer bestehenden Anwendungsum-gebung verwendet werden.

Software Development Kit:

Mit Hilfe des SDK (Software Development Kit) können Sie eigene Anwendungssoftware für Ihre Kunden schreiben und die gelieferte Hardware nach Ihren Wünschen entsprechend steuern. Je nach Anzahl der vertriebenen Geräte pro Kalenderjahr ist das SDK bei Kleinstmengen kostenfrei, bei größeren Umsatzmengen kostenpflichtig. Weitere Details können wir gern mit Ihnen besprechen.

Einsatzgebiete

Die Einsatzmöglichkeiten der Pedobarometrie sind sehr vielfältig

3D Scanner

3D Scanner finden eine immer weitere Verbreitung und sind inzwischen auch in der Orthopädietechnik angekommen. Überzeugen Sie sich von den vielfältigen Einsatzmöglichkeiten dieser Technik oder schauen Sie sich die Technik bei einem Demonstrationstermin genauer an. Wir unterstützen Sie gern, die richtige Technik für Ihre Anforderungen zu finden.

 

Bewegungsanalyse

Die evoletics Bewegungsanalyse ermöglicht Ihnen den Zugriff auf das komplette Sortiment von RSscan International (Belgien) zu den Themen dynamische Pedobarometrie, 3D Scanning sowie der Herstellung individueller 3D gedruckter Einlagen. Zusätzlich bieten wir zusammen mit unseren Netzwerkpartnern weitere diagnostische Verfahren und Dienstleistungen rund um das Thema Bewegungsanalyse an.

Wenn Sie mit Maßschuhen, der Herstellung von individuellen Leistenformen oder der Einlagenversorgung zu tun haben, dann werden Sie zukünftg nicht an leistungsstarken 3D Scanner vorbeikommen. Bei uns sind sie bereits in unserer footscan Software integriert, können aber auch autonom betrieben werden. Selbstverständlich können Sie auch unser spezielles SDK (Software Developer Kit) nutzen, um die Scanner Hardware in Ihre Softwareumgebung zu integrieren.

footscan Systeme von RSscan bieten neben der dynamischen Fußdruckmessung auch die Möglichkeit der Einlagenversorgung durch 3D gedruckte Einlagen. Unter dem Markenname Phits gelangen Sie so in einem Arbeitsschritt von der Anamnese über die Diagnostik bis hin zur Versorgung. Überzeugen Sie sich von einer völlig neuen Qualitätsstufe.

Profitieren Sie zusätzlich von unseren langjährigen Erfahrungen aus der Sportwissenschaft, dem Leistungssport oder unsererem universitären Netzwerk. Im Vordergrund der Beratung und Versorgung stehen hier vor allem Fragen der Belastungsverträglichkeit, biomechanische Aspekte der Schuhversorgung und Fragen der korrekten Schuhauswahl in verschiedensten Sportarten. Einen besonderen Service bieten wir auch  Schuhherstellern im Rahmen des Sportsponsorings von Vereinen und Einzelsportlern.

Bei Fragen nutzen Sie bitte unser Kontaktformular. 

Literatur und Forschung

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  • Rao S, Saltzman C, Yack HJ., Ankle ROM and stiffness measured at rest and during gait in individuals with and without diabetic sensory neuropathy. (…)
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  • Renneboog B, Musch W, Vandemergel X, Manto MU, Decaux G., Mild chronic hyponatremia is associated with falls, unsteadiness, and attention deficits. (…)
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