McDry Dry Cabinets for Moisture-Sensitive Components and Materials
From SMT and semiconductor production to batteries, aerospace and defense, medical technology, optoelectronics, 3D printing, metals and special materials.
McDry dry cabinets provide stable low-humidity storage for moisture-sensitive components and materials across a wide range of industrial applications. Selected models support ultra-low-humidity storage down to approximately 1% RH, while standard humidity control does not require a continuous nitrogen supply.
Dry Cabinet Applications Across Industries
Moisture-sensitive materials are used far beyond traditional electronics manufacturing. Select an application to see typical stored items, moisture-related risks and potential McDry use cases.
SMT & Semiconductors
MSDs, SMD reels, IC packages, PCBs, sensors and semiconductor components requiring controlled low-humidity storage.
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Batteries & Energy
Selected battery components, electrode materials, cells, modules and moisture-sensitive materials.
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Aerospace & Defense
Avionics, PCBs, RF modules, sensors and precision electronics requiring reliable controlled dry storage.
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Medical & Laboratory
Sensors, diagnostic components, medical electronics and selected laboratory materials.
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Optoelectronics
LEDs, OLEDs, optical modules, displays and other sensitive optical and electronic components.
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3D Printing & R&D
Hygroscopic filaments, selected powders and research materials where moisture can affect process stability.
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Metal Parts & Corrosion Prevention
Precision metal components, tools, molds and assemblies requiring protection from rust and corrosion.
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AI Hardware & Data Center Electronics
AI accelerators, GPU-related semiconductor packages, high-density PCBs, memory and optical modules.
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Special Materials & Other Applications
Films, rubber seals, polymers, glass components and other moisture-sensitive special materials.
Learn moreWhat Moisture Problems Are You Trying to Solve?
Different industries face different moisture-related risks. The value of dry storage depends on what is being stored, how moisture-sensitive it is, and what happens if humidity is not properly controlled.
| Industry | Typical Moisture-Related Problems | Typical Items to Store |
|---|---|---|
| Semiconductor / SMT | Moisture absorption, floor-life control, popcorning and micro-cracking during reflow. | IC packages, MSDs, SMD reels, PCBs, sensors and semiconductor components. |
| Aerospace / Avionics / Defense | Long-term storage risk, moisture degradation, corrosion and protection of expensive or difficult-to-replace components. | Avionics electronics, PCBs, RF modules, sensors, flight electronics and spare components. |
| Batteries & Energy | Moisture contamination, material degradation and changes in process stability. | Selected battery components, electrode materials, cells, modules and R&D samples. |
| AI Hardware & Data Center Electronics | Moisture exposure of high-value semiconductor packages and electronics during storage, staging or repair. | GPU-related semiconductor packages, AI accelerators, memory devices, high-density PCBs and optical transceivers. |
| Optoelectronics | Moisture absorption, condensation, corrosion, oxidation and surface degradation. | LEDs, OLEDs, laser components, optical sensors, camera modules and optical modules. |
| 3D Printing & Additive Manufacturing | Moisture absorption by hygroscopic materials, unstable printing and changes in material performance. | Nylon / PA, TPU, composite filaments, selected powders and R&D materials. |
| Medical & Laboratory | Moisture exposure of sensitive electronics, sensors, diagnostic components and selected materials. | Medical electronics, sensors, diagnostic-device components and PCBs. |
| Metal Parts & Precision Components | Rust, corrosion, oxidation and surface degradation. | Precision parts, tools, molds, bearings and machined components. |
What Do You Need to Keep Dry?
McDry applications can also be evaluated by the type of material being stored rather than by industry alone.
Dry Cabinet Applications for Specialized Industries and Research
Ultra-low-humidity storage can be relevant far beyond conventional electronics manufacturing.
| Industry / Research Area | Typical Materials & Components |
|---|---|
| Space & Satellites | Satellite electronics, flight hardware, sensors, PCBs, RF modules and long-term spare electronics. |
| Drones & UAV Systems | Flight-control electronics, sensors, camera modules, RF components and PCBs. |
| RF / Microwave / 5G–6G | RF modules, microwave components, high-frequency PCBs and IC packages. |
| Telecommunications | Optical transceivers, RF components, communication modules and network electronics. |
| Robotics & Automation | Sensors, control electronics, PCBs and precision electronic components. |
| Automotive R&D | Sensors, camera and radar electronics, prototype PCBs and modules. |
| Scientific Instrumentation | Detectors, sensors, measurement electronics, optical components and precision electronics. |
| Semiconductor R&D & Advanced Packaging | IC packages, substrates, semiconductor components, packaging materials and research samples. |
| Quantum Technology | Sensitive electronics, detector components, precision devices and specialized research materials. |
| Advanced Ceramics | Ceramic substrates, technical ceramics and selected process materials. |
| Polymers & Composite Materials | Hygroscopic polymers, composite materials, fibers and R&D samples. |
| Functional & Specialty Powders | Selected moisture-sensitive research powders, specialty powders and raw materials. |
| Functional Films & Foils | Functional films, polymer films, specialty foils and research materials. |
| Universities & Research Institutes | Experimental materials, prototypes, reference samples and electronic components. |
One Dry Cabinet Platform for Different Storage Requirements
Ultra-Low Humidity
Selected McDry models support storage down to approximately 1% RH.
Zeolite Drying System
The drying system automatically regenerates the zeolite.
No Continuous N₂ for Humidity Control
Standard humidity control does not require continuous nitrogen supply.
Long-Term Operation
Designed for stable dry storage during production and long-term preservation.
Choose McDry According to Storage Volume and Access Frequency
McDry model selection should be based on what is being stored, required capacity, target humidity, available space and how often the cabinet doors are opened.
DXU Series
Frequent access & production environmentsSuitable where materials are accessed regularly and faster humidity recovery is important.
MC Series
Large-capacity long-term storageSuitable for larger quantities stored over extended periods with moderate or lower access frequency.
MCU Series
Compact storage & smaller quantitiesSuitable for laboratories, R&D environments and smaller storage volumes.
Not Sure Whether Your Material Can Be Stored in McDry?
Tell us what you need to store, the required humidity, storage quantity, access frequency and application. Seika Sangyo GmbH can help evaluate the appropriate McDry dry cabinet configuration.