Thin Film Solutions for Opto-Electronics

Opto-electronics is a broad category of applications for electronic devices that detect and control light (including visible light and invisible radiation). This sector supports such varied industries as aerospace & defense, consumer electronics, and semiconductor lasers. This sector is constantly expanding as a result of growing consumer, industrial, and military demand.

The sensitive optics at the core of opto-electronic devices require thin film coatings for a variety of reasons including the enhancement of properties such as hardness, reflectivity, transmission, or damage threshold. These thin films can also protect the optics from environmental factors such as abrasion, dust, and heat. Thin film deposition for opto-electronics is a demanding process. It requires a clean environment and repeatable, uniform film applications at a high production rate to support the critical quality and productivity requirements of this industry.

Opto-Electronics Thin Film Applications

Common thin film applications for opto-electronics include AR/HR coating, optical filters, indium bump and curved optics. Denton Vacuum offers high-quality and consistent deposition solutions providing high throughput and good yield for all of these coating types. For more detail, select a coating method listed below.

Applications for Opto-Electronics

Indium Bump

IR Detectors

Indium bump deposition provides good lift-off yield, high shear strength and collimated physical vapor deposition (PVD).

Lasers

Lasers

Optical coatings such as antireflection or high-reflection on lenses or mirrors change the way an optic reflects light waves to meet application needs.

Filters

Filters

Thin film optical filters, also called thin film filters, filter or modify lightwaves within an optical system to meet the phase control needs of different electronics applications.

Curved Optics

Curved Optics

Curving the image surface can impact many fields including computer vision and automation, reconnaissance and surveillance imaging, and microscopy.