Used NEC / CANON Bestem-D02 #9155495 for sale

NEC / CANON Bestem-D02
Manufacturer
NEC / CANON
Model
Bestem-D02
ID: 9155495
Die bonders.
NEC / CANON Bestem-D02 is a die attacher machine that is designed for use in electronic component, sheet-metal, and plastic processing. It is a servo-driven, fully automatic equipment that can attach components to a substrate in a fast and efficient manner. The system includes a die-attacher, a laser diode, and a controller. The unit is designed to quickly and accurately attach components to a substrate and can be used for a wide variety of applications. The die-attacher uses a laser diode to securely attach die to the substrate. The laser diode emits a beam of energy that is focused on a specific point on the substrate. The beam is strong enough to cause localized fusion between the substrate and the die, creating an extremely strong and reliable bond. This process is extremely efficient, significantly reducing the amount of time needed for the die to be attached to the substrate. The controller is the brains of the machine and ensures that the die-attacher works correctly. The controller is an advanced computer tool that is capable of controlling the laser diode and the die-attacher. The controller has a user interface that allows for the programming of the asset, allowing the user to easily adjust the settings for a specific operation. The controller can also be used to monitor the performance of the model in real-time, providing the user with valuable feedback on how well it is working. NEC Bestem-D02 is a high-precision and reliable die-attacher equipment that is designed for a wide variety of applications. Its servo-driven design ensures that it works quickly and accurately, and the controller allows the user to easily adjust the settings for specific operations. Additionally, the laser diode provides a secure and reliable bond between the substrate and die, ensuring that the components will stay properly attached. Finally, its robust construction ensures that it can stand up to the demands of high-volume production.
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