Heat conducting paste application
During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor. During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor.
During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor. During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor.
Application challenge
During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor.
Measurement method and system
During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor.
The problem
During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor.
The method
During the fully automatic application of heat conducting pastes, the correct dosage is a decisive factor. An overdosage of heat conducting paste impairs the thermal resistance, too little paste leads to thermal overload. The height of the paste bead is therefore detected using a laser triangulation sensor.