Semiconductor & Electronics
Dry and nitrogen storage cabinets, curing ovens, hot plates, and programmable thermal/electrical test cyclers for semiconductor and electronics manufacturing.
6 Product Types
Dry Cabinets
Low-humidity storage cabinets that protect moisture-sensitive components and devices from oxidation and degradation.
View Details →Nitrogen Cabinets
Inert nitrogen-purged storage for components and materials requiring near-zero humidity and oxygen exposure.
View Details →Nitrogen Curing Ovens
Inert-atmosphere curing for coatings, adhesives, and encapsulants sensitive to oxidation during thermal processing.
View Details →Hot Plates
Precise, uniform surface heating for wafer processing, sample preparation, and general bench-top thermal work.
View Details →Programmable Thermal Test Cyclers
Automated temperature cycling for reliability and stress testing of components and assemblies.
View Details →Programmable Thermal and Electrical Test Cyclers
Combined thermal cycling and electrical load/test cycling in a single programmable system, for integrated reliability testing.
View Details →Applications across industries
- Low-humidity storage of moisture-sensitive components and devices
- Inert nitrogen storage of components and materials that need near-zero humidity and oxygen exposure
- Inert-atmosphere curing of coatings, adhesives and encapsulants
- Wafer processing, sample preparation and bench-top thermal work on hot plates
- Reliability and stress testing of components and assemblies with thermal test cyclers
- Integrated thermal and electrical reliability testing in a single programmable system
Frequently asked questions
What is the difference between a dry cabinet and a nitrogen cabinet?
Dry cabinets are low-humidity storage that protects moisture-sensitive components and devices from oxidation and degradation. Nitrogen cabinets use inert nitrogen purging for components and materials that need near-zero humidity and oxygen exposure.
What humidity level can the cabinets maintain?
Our dry and nitrogen cabinets are designed for ultra-low-humidity storage. The achievable level depends on the cabinet type and configuration.
Why use a nitrogen curing oven?
Nitrogen curing ovens provide inert-atmosphere curing for coatings, adhesives and encapsulants that are sensitive to oxidation during thermal processing.
What is the difference between thermal and thermal-and-electrical test cyclers?
Programmable thermal test cyclers automate temperature cycling for reliability and stress testing of components and assemblies. The thermal-and-electrical version combines thermal cycling with electrical load or test cycling in a single programmable system.
What is the typical lead time?
Lead time depends on the product type, capacity and any customization, and typically ranges from 4 to 12 weeks. The exact timeline is confirmed in your quotation.
Do you provide installation and service?
Yes, we provide installation, commissioning and service wherever you are.