At a glance
| Booth | P5418 |
| Country | TW |
| Website | www.dr-storage.com |
Company profile
Ace Dragon Corp. focuses on humidity management and offers an integrated humidity-control solution that complies with the J-STD-033C standard. Under the Dr. Storage brand, the company has focused since 1991 on research, development, manufacturing, and global supply of ultra-low-humidity electronic dry cabinets, nitrogen energy-saving dry cabinets, and remote temperature-and-humidity monitoring systems. Its served industries include semiconductors, electronics manufacturing, IC packaging, SMT, biotechnology, and optoelectronics, placing humidity control across multiple moisture-sensitive production environments. Ace Dragon Corp. provides electronic-component humidity-control solutions that comply with IPC/JEDEC international standards to protect moisture-sensitive devices, reduce moisture risk, and improve product reliability and production quality. The company states that it has helped thousands of electronic factories across Asia improve competitiveness through its Humidity Control System. It also states that thousands of electronic factories worldwide have used its humidity-management support to upgrade product quality and secure repeat orders worth multibillion US dollars. The product scope named by the company includes Low Humidity Dry Cabinet, Dry box, Dehumidifying Cabinet, Baking Dry Cabinet, Dehumidifying Chamber, Smart Nitrogen Cabinet, N2 Controller, and Alarm Hygrometer. This portfolio combines dry storage, dehumidification, nitrogen-based storage, baking recovery, environmental monitoring, controllers, and alarm functions around the common requirement of moisture control.
Exhibits
For semiconductor manufacturing, Dr. Storage identifies five materials that require proper dry storage: wafers, substrates, adhesive tapes, silicon dies, and packaging materials. Moisture can cause wafers to vary in size or lose flatness, substrates to corrode or oxidize through micro-pores or cracks, and adhesive tapes to lose adhesion or soften under high humidity. Silicon dies may corrode after moisture exposure and suffer connection failures or open circuits, while packaging materials can absorb moisture and experience reduced insulation performance or cracking. Dr. Storage dry cabinets are used to maintain controlled storage conditions for these materials and are described as meeting the preservation needs of IC packaging. The X2B series complies with J-STD-033D and maintains an extremely low humidity of 5% RH for permanent storage of moisture-sensitive components, providing unlimited floor life. A featured model is the iX2B-1200-6 <5% RH Network Monitoring Dry Cabinet, and QS-1200-6 is also listed among the featured semiconductor dry-storage solutions. For Moisture-Sensitive Device recovery, Dr. Storage baking dry cabinets comply with J-STD-033D and operate at 5% RH and 40°C to remove absorbed moisture and reset component floor life. The drying cabinets include automated real-time and remote monitoring of temperature and humidity so operators can follow environmental changes during storage and recovery processes. When abnormal conditions occur, the alert system notifies operators so they can respond promptly and maintain control over the drying process. Technical support covers product selection, installation, troubleshooting, and maintenance, with guidance tailored to customer requirements and the use of the drying cabinets. The semiconductor offering therefore combines ultra-low-humidity dry storage, nitrogen-based humidity control, J-STD-033C and IPC/JEDEC-oriented humidity management, J-STD-033D storage and recovery, remote monitoring, alerts, and technical support for moisture-sensitive materials.
Capabilities and products
- J-STD-033C-compliant integrated humidity-management solution
- ultra-low-humidity electronic dry cabinets
- energy-saving nitrogen dry cabinets
- MSD baking dry cabinets
- dehumidifying chambers
- N2 controllers
- alarm hygrometers
- real-time and remote temperature/humidity monitoring
- 5% RH permanent dry storage for MSDs