Knowledge

How to Choose Sapphire Tubes for High-Temperatu...

Sapphire tubes are widely used in high-temperature furnaces, CVD systems, plasma reactors, and optical instruments due to their exceptional strength, thermal stability, and UV–IR transparency. This guide explains how to...

How to Choose Sapphire Tubes for High-Temperatu...

Sapphire tubes are widely used in high-temperature furnaces, CVD systems, plasma reactors, and optical instruments due to their exceptional strength, thermal stability, and UV–IR transparency. This guide explains how to...

Where to Order Custom Shadow Masks for Research...

This guide explains where universities and research labs can order custom shadow masks for thin-film deposition, including supplier capabilities, tolerances, materials, lead time, and university-friendly ordering options.

Where to Order Custom Shadow Masks for Research...

This guide explains where universities and research labs can order custom shadow masks for thin-film deposition, including supplier capabilities, tolerances, materials, lead time, and university-friendly ordering options.

Why Thick Stainless Masks Cannot Achieve High-R...

Thick stainless steel shadow masks (0.3–0.5 mm) offer mechanical stability but cannot achieve high-resolution micro-patterns. This article explains why aspect ratio, laser cutting physics, and heat effects prevent thick masks...

Why Thick Stainless Masks Cannot Achieve High-R...

Thick stainless steel shadow masks (0.3–0.5 mm) offer mechanical stability but cannot achieve high-resolution micro-patterns. This article explains why aspect ratio, laser cutting physics, and heat effects prevent thick masks...

Laser-Cut vs Etched Shadow Masks | Resolution, ...

For high-resolution micro-patterns and rapid custom fabrication, laser cutting provides better accuracy, tighter tolerances, and lower cost compared to chemical etching. Etching is suitable for medium-sized features and volume production...

Laser-Cut vs Etched Shadow Masks | Resolution, ...

For high-resolution micro-patterns and rapid custom fabrication, laser cutting provides better accuracy, tighter tolerances, and lower cost compared to chemical etching. Etching is suitable for medium-sized features and volume production...

Minimum Feature Size & Tolerance Limits for Sta...

This guide explains the minimum feature size, tolerance limits, and design constraints for laser-cut stainless steel shadow masks used in PVD, CVD, and sputtering systems, helping research labs design manufacturable...

Minimum Feature Size & Tolerance Limits for Sta...

This guide explains the minimum feature size, tolerance limits, and design constraints for laser-cut stainless steel shadow masks used in PVD, CVD, and sputtering systems, helping research labs design manufacturable...

Design and manufacture up to 2000°C furnace

Design and manufacture up to 2000°C furnace

Technical overview of high-temperature furnace design up to 2000 °C, covering construction materials, heating elements, atmosphere control, and key engineering considerations for research and advanced R&D applications.

Design and manufacture up to 2000°C furnace

Technical overview of high-temperature furnace design up to 2000 °C, covering construction materials, heating elements, atmosphere control, and key engineering considerations for research and advanced R&D applications.