EnglishCurrent
德语
阿拉伯语
法语
印尼语
日语
韩语
马来语
葡萄牙语
俄语
西班牙语
泰语
土耳其语
越南语
Cleanroom Cleaning, Disinfection and Sterilization
Dry Heat Sterilizer
A batch dry-heat sterilization and depyrogenation oven with high-temperature recirculation, filtered chamber air, programmable thermal cycles, and controlled cooling.
- Uniform forced-air heating supports repeatable dry-heat cycles
- High-temperature filtration controls particles during heating and cooling
- Interlocked insulated doors protect operators and process zones
Product Introduction
This dry heat sterilizer is intended for glassware, metal tools, components, and other heat-tolerant loads. The insulated chamber, recirculation path, high-temperature filters, and programmable controller support batch sterilization or depyrogenation workflows. Chamber size, door arrangement, loading rack, temperature range, and cooling system are selected for the process.
Key Features
Forced recirculation with high-temperature fans
High-temperature HEPA filtration option
Multiple chamber temperature sensors
Programmable heat-up, exposure, and cooling stages
Door-temperature safety interlock
Single- or double-door configuration
Validation-probe access port and cycle records
Customer Product Concerns
Dry-heat processing requires stable temperature distribution throughout the load and careful control during cooling. Poor airflow, excessive loading, filter degradation, or premature door opening can compromise repeatability and particle control.
How is temperature uniformity managed?Engineered recirculation, distributed sensors, controlled ramp rates, and load-specific mapping establish the operating recipe.
How are particles controlled during cooling?Filtered recirculation continues through critical phases, with compatible high-temperature filters selected for the process.
Can doors open while the chamber is hot?Safety logic prevents release until the chamber meets the configured temperature and cycle-status conditions.
Can process data be retained?The controller records temperature channels, phase times, alarms, and completion status for export or network integration.
Typical Applications
Pharmaceutical glassware and componentsVials, containers, and metal toolsLaboratory heat-stable loadsAseptic production supportBatch depyrogenation processesBiotechnology manufacturing
Technical Parameters
Electric heaters and high-temperature circulation fans drive filtered air through a stainless chamber. Multiple temperature sensors regulate ramp, exposure, and cooling stages. Single- or double-door versions can maintain controlled airflow and pressure relationships between loading and unloading areas.
| Core Material | 304 or 316L stainless-steel chamber with high-temperature heater and fan components |
|---|---|
| Panel Thickness | 80–150 mm thermally insulated oven panels |
| Effective Width | 700–1600 mm chamber or cabinet width |
| Maximum Length | 1500–3000 mm maximum external dimension |
| Steel Facing Thickness | 1.0–1.5 mm stainless-steel facing |
| Core Density | 80–140 kg/m³ high-temperature mineral insulation |
| Thermal Conductivity | 0.040–0.060 W/(m·K) |
| Surface Finish | Brushed exterior stainless steel with smooth polished chamber interior |
| Joint Type | Continuously welded chamber seams with high-temperature gasketed interlocked doors |
| Customization | Available based on the intended application and operating environment. |
Available Options
Single or double interlocked doors304 or 316L chamberHigh-temperature HEPA filtersWater-cooled heat exchangerLoading racks and transfer trolleysAdditional validation probesSCADA or MES communication
Planning a Dry Heat Sterilizer specification?
Send us your dimensions, installation conditions, performance targets and required surface finish.
