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Parametric Tool to Generate 3D Printable PneuNet Bending Actuator Molds

Research output: Other contributionNet publication - Internet publicationEducationpeer-review

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Parametric Tool to Generate 3D Printable PneuNet Bending Actuator Molds. / Jørgensen, Jonas.

5 p. 2018, Soft Robotics Toolkit.

Research output: Other contributionNet publication - Internet publicationEducationpeer-review

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@misc{5f01682b4a194f789512febe48743a58,
title = "Parametric Tool to Generate 3D Printable PneuNet Bending Actuator Molds",
abstract = "This documentation set contains a parametric file that can be used to generate an STL file for 3D printing a mold to cast a PneuNet bending actuator with any desired dimensions. The tool can be used to design molds for custom actuators for a specific usage. Or it can be used as a part of teaching, to have students conduct their own experiments on characterizing PneuNet actuators of different geometries. ",
keywords = "soft robotics, soft robotics",
author = "Jonas J{\o}rgensen",
year = "2018",
month = oct,
day = "23",
language = "English",
type = "Other",

}

RIS

TY - ICOMM

T1 - Parametric Tool to Generate 3D Printable PneuNet Bending Actuator Molds

AU - Jørgensen, Jonas

PY - 2018/10/23

Y1 - 2018/10/23

N2 - This documentation set contains a parametric file that can be used to generate an STL file for 3D printing a mold to cast a PneuNet bending actuator with any desired dimensions. The tool can be used to design molds for custom actuators for a specific usage. Or it can be used as a part of teaching, to have students conduct their own experiments on characterizing PneuNet actuators of different geometries.

AB - This documentation set contains a parametric file that can be used to generate an STL file for 3D printing a mold to cast a PneuNet bending actuator with any desired dimensions. The tool can be used to design molds for custom actuators for a specific usage. Or it can be used as a part of teaching, to have students conduct their own experiments on characterizing PneuNet actuators of different geometries.

KW - soft robotics

KW - soft robotics

M3 - Net publication - Internet publication

ER -

ID: 83472777