Optoelectronics Industry Solutions

Thermal management and sensor solutions for transceiver manufacturers, photonic device producers, and optical component fabs requiring tight thermal tolerances.

What We Supply

Thermal Solutions for Transceivers

Thermal management components for optical transceiver manufacturing and burn-in testing. Our solutions maintain the precise temperature conditions required for consistent device performance and reliability screening.

Electron Beam Components

Crucibles and target materials for optical thin-film deposition used in anti-reflection coatings, high-reflectivity mirrors, and bandpass filters on photonic devices and optoelectronic components.

Temperature Sensors

Precision temperature sensors for monitoring process conditions in optoelectronics manufacturing including deposition chambers, burn-in ovens, and environmental test chambers.

Frequently Asked Questions

Who supplies thermal management solutions for optical transceiver manufacturing?

Pathlink supplies thermal management components and systems to optical transceiver manufacturers in Singapore, Malaysia, and China. Our solutions are engineered for the precise temperature control required in transceiver production and burn-in testing processes.

What target materials does Pathlink supply for optical coating deposition?

Pathlink supplies target materials for electron beam evaporation used in optical thin-film coating, including metals, oxides, and fluorides commonly used in AR coatings, HR mirrors, and filter stacks for photonic and optoelectronic devices.

Does Pathlink supply components for burn-in testing of optical transceivers?

Yes. We supply thermal management solutions suitable for burn-in test environments, including controlled temperature chambers and precision thermal fixtures used to screen optical transceivers for reliability before shipment.

Discuss your optoelectronics application.

Describe your process or product requirements. We will propose the right thermal or sensor solution for your application.

Contact Our Engineering Team