2022年3月1日 · Here, we present a simple and affordable, self-programmable dipping robot for the preparation of electrochemically active layers, which can be prepared from budget-priced mass products like three-dimensional (3D) printers for home application and provides a vertical movement range of 290 mm.

These films are deposited onto a substrate using the layer-by-layer assembly technique. The robot alternately dips a substrate into aqueous mixtures containing oppositely charged or otherwise complementary species.

2022年3月1日 · A new dipping robot is presented for the execution of layer‐by‐layer (LbL) deposition procedures for the modification of electrode surfaces. It is composed of low‐budget parts broadly ...

Here, we present a simple and affordable, self-programmable dipping robot for the preparation of electrochemically active layers, which can be prepared from budget-priced mass products like …

2019年6月11日 · In the process of spin-assisted immersive-LbL assembly, we used a dipping robot (nanoStrata Inc.) with a spinning model, and the Ti 3 C 2 T x MXene, PEI, TAEA, spermidine and tris(3-aminopropyl...

In this work, a dipping robot equipped with an ultrasonic bath has been developed to prepare thin, homogenous surface-mounted MOFs (SURMOFs) with well-defined thicknesses a...

Based on our long lasting experience we have developed a Lay-by-Layer deposition robot (LbL-Robot) which really meats your requirements: 3 freely and independently moving axis, mounted in a closed frame which forms a dust cover including a sliding front door.

This robot can be programmed to develop thin films by sequential dipping with spinning, slide dipper and spin coating. Spin up to four (4) glass slides at the same time. Designed for...

A new dipping robot is presented for the execution of layer‐by‐layer (LbL) deposition procedures for the modification of electrode surfaces. It is composed of low‐budget parts broadly available...

We deliberately develop glove dipping simulator using Kuka’s robotic arm for R&D purposes and industrial application. To allow user to be able to program the simulator, we have developed diversified written motion functions, which include forward and inverse solution, various joint and coordinate commands, angle motion and up-down motion with ...