The correct assembly of micro systems can become impossible when adhesion appears between a micro part and the gripper. In this case the micro part will stick to the gripper, thus disturbing an automatic assembly process. Important reasons for this undesirable adhesion are electrostatic forces, intermolecular forces (e. g. von-der-Waals), liquid bridge forces, and mechanical clamping. This paper reports on the effects of these forces on the handling of micro parts, and on strategies to avoid or overcome adhesion forces
Various developments in the field of microgrippers have been made lately. Advantages in the handling...
The description refers to a process for the manipulation of microcomponents by which a gripper picks...
Abstract — In micromanipulation, the size of the manipulated object is usually much less than one mi...
142 p.Adhesion between solid surfaces can induce contact between the surfaces. The fundamental mecha...
International audienceRobotic microhandling is a promising way to assemble microcomponents in order ...
Due to the smoothness of the surfaces in surface micromachining, large adhesion forces between fabri...
Part 5: Gripping and Handling Solutions in AssemblyInternational audienceThe increasing miniaturizat...
Adhesion force, exactly standing for pull-off force, between tiny flat surfaces was measured. Adhesi...
Abstract – Adhesive forces become predominant in the micro world comparing to the gravity effect imp...
Intermolecular forces become important in small scales due to the small spacing present and high sur...
Abstract—Due to force scaling laws, large adhesion forces at the microscale make rapid accurate rele...
IPA is developing an adhesive gripper for microsystems. The gripper's main features are the use of a...
:Micro-manipulation implies the knowledge and the control of micro-contact mechanics phenomenon. Aim...
Microdevices are every day becoming more sophisticated and flexible. Common manufacturing techniques...
By the increasing applications of microoptical components in microsystems it is fundamental prerequi...
Various developments in the field of microgrippers have been made lately. Advantages in the handling...
The description refers to a process for the manipulation of microcomponents by which a gripper picks...
Abstract — In micromanipulation, the size of the manipulated object is usually much less than one mi...
142 p.Adhesion between solid surfaces can induce contact between the surfaces. The fundamental mecha...
International audienceRobotic microhandling is a promising way to assemble microcomponents in order ...
Due to the smoothness of the surfaces in surface micromachining, large adhesion forces between fabri...
Part 5: Gripping and Handling Solutions in AssemblyInternational audienceThe increasing miniaturizat...
Adhesion force, exactly standing for pull-off force, between tiny flat surfaces was measured. Adhesi...
Abstract – Adhesive forces become predominant in the micro world comparing to the gravity effect imp...
Intermolecular forces become important in small scales due to the small spacing present and high sur...
Abstract—Due to force scaling laws, large adhesion forces at the microscale make rapid accurate rele...
IPA is developing an adhesive gripper for microsystems. The gripper's main features are the use of a...
:Micro-manipulation implies the knowledge and the control of micro-contact mechanics phenomenon. Aim...
Microdevices are every day becoming more sophisticated and flexible. Common manufacturing techniques...
By the increasing applications of microoptical components in microsystems it is fundamental prerequi...
Various developments in the field of microgrippers have been made lately. Advantages in the handling...
The description refers to a process for the manipulation of microcomponents by which a gripper picks...
Abstract — In micromanipulation, the size of the manipulated object is usually much less than one mi...