Loading product details
Preparing specifications, features and applications…
The BPG-9070A Forced Air Drying Oven is the mid-range model of the BPG Series — providing 80L of forced convection drying at the enhanced ±0.5°C temperature accuracy specification shared only with the flagship BPG-9420A, making it the optimal capacity entry point for applications requiring greater precision than the ±1°C standard of adjacent BPG Series models. With a 400 × 425 × 445 mm stainless steel smooth-edge chamber, LCD controller with programmable settings, extended 9999-minute timer for long-duration pharmaceutical and material science protocols, 1100W power, and optional RS-485/printer connectivity for process monitoring and documentation — the BPG-9070A delivers mid-capacity precision drying for pharmaceutical and biotech material drying, research laboratory solvent removal, material science polymer curing, and food science moisture analysis applications. Enquire about the BPG-9070A today.
The BPG-9070A Forced Air Drying Oven delivers 80L mid-capacity precision drying at ±0.5°C accuracy with 0.1°C resolution, stainless steel smooth-edge chamber, LCD programmable controller, 9999-minute extended timer, forced air uniform heating, and optional RS-485/printer connectivity — providing enhanced accuracy performance for pharmaceutical, material science, research, and food science laboratory drying up to 250°C.
The BPG-9070A's 400 × 425 × 445 mm stainless steel chamber with smooth edges provides a clean, hygienic interior surface compatible with the diverse pharmaceutical, chemical, and biological samples processed across the BPG-9070A's application range. Smooth edge construction facilitates complete chamber cleaning between protocols — reducing cross-contamination risk from residual sample material and supporting the cleaning validation requirements of pharmaceutical and food science laboratory quality management systems.
The BPG-9070A's large LCD controller provides clear real-time visibility of operating parameters with 0.1°C display resolution — enabling precise monitoring of temperature conditions at ±0.5°C accuracy. The programmable settings allow storage of standard protocol parameters for the BPG-9070A's diverse application portfolio — pharmaceutical drying temperatures and durations, material science curing profiles, and food science moisture analysis parameters — reducing setup time and operator error in multi-protocol laboratory environments.
The BPG-9070A's forced air circulation delivers fast, uniform heating throughout the 80L chamber — ensuring consistent temperature conditions from front to back and top shelf to bottom shelf within the 400 × 425 × 445 mm interior. The active circulation system supports the ±0.5°C accuracy specification by maintaining uniform convective heat transfer throughout the chamber volume, preventing the localised temperature gradients that would develop in a natural convection oven of equivalent size.
The BPG-9070A's 9999-minute timer — nearly double the 5999-minute range of adjacent BPG Series models — extends automated cycle management to approximately 167 hours (7 days). This extended range is specifically valuable for long-duration pharmaceutical stability testing, material science accelerated aging studies, multi-day food science moisture equilibration studies, and extended thermal treatment protocols that exceed the 5999-minute limit of the BPG-9040A, BPG-9140A, and BPG-9240A. The extended timer enables the BPG-9070A to run week-long automated protocols without manual timer reset.
The BPG-9070A's safety alarm system provides active monitoring of over-temperature conditions and system faults — activating audible and visual alerts when the chamber temperature exceeds the configured safe limit or when operational anomalies are detected. The alarm system supports safe unattended operation during the extended long-duration pharmaceutical stability, material science, and food science protocols enabled by the BPG-9070A's 9999-minute timer.
The BPG-9070A's optional RS-485 interface and printer connection enable comprehensive process monitoring and documentation — supporting electronic data export to laboratory management systems and hard-copy batch record printing for pharmaceutical, food science, and material science quality management compliance. In combination with the 9999-minute timer, the RS-485 connectivity enables continuous electronic monitoring of week-long automated protocols, providing complete temperature history documentation throughout extended drying and thermal processing campaigns.
The BPG-9070A Forced Air Drying Oven incorporates safety alarms for over-temperature and system faults, providing reliable protection for unattended pharmaceutical, material science, research, and food science laboratory drying protocols of up to 9999 minutes duration.
The BPG-9070A monitors chamber temperature and operational status continuously — activating alarms immediately when the temperature exceeds the configured safety threshold or when system faults are detected. For a drying oven with a 9999-minute automated timer enabling week-long unattended operation, the alarm system is the critical safety infrastructure that protects laboratory safety, sample integrity, and instrument condition throughout extended autonomous operation periods.
The BPG-9070A's heating element, fan motor, and control electronics are specified for stable, consistent daily performance across routine laboratory use — providing reliable temperature accuracy and uniformity throughout the working week without performance drift, calibration shift, or component fatigue from repeated daily heating cycles.
Explore alternative models and related solutions from other categories
