Boante IBS-950DTS Horizontal Intelligent Full-Temperature Shaking Incubator

Overview

The Boante IBS-950DTS Horizontal Intelligent Full-Temperature Shaking Incubator is an engineered platform for simultaneous temperature-controlled incubation and orbital shaking—designed specifically for aerobic microbial culture, cell suspension expansion, enzyme reaction kinetics, and biochemical oxygen demand (BOD) testing in academic, pharmaceutical, and industrial R&D laboratories. Its horizontal architecture optimizes workspace ergonomics and sample accessibility while enabling uniform thermal distribution across large-volume cultures. The system operates on the principle of forced-air convection combined with precise orbital agitation (φ26 mm orbit), ensuring consistent oxygen transfer, minimal shear stress, and high reproducibility in growth kinetics. Integrated refrigeration employs an environmentally compliant non-CFC compressor, permitting stable operation from 4 °C (refrigerated storage) to 60 °C (thermophilic cultivation), meeting critical requirements for mesophilic and psychrotrophic strain maintenance.

Key Features

• High-stability DC motor drive with precision mechanical transmission—delivers accurate speed control (0–300 rpm, ±1 rpm accuracy) and high torque at low speeds without thermal drift.
• Three-dimensional multi-axis drive system eliminates the need for load balancing; flasks may be placed freely on the 1100 mm × 540 mm stainless-steel platform without positional constraints.
• Electropolished mirror-finish 304 stainless-steel chamber with seamless R-corner construction—resists biofilm adhesion, facilitates CIP/SIP-compatible cleaning, and supports ISO 14644-compliant cleanroom workflows.
• Integrated anti-condensation design: programmable defrost cycle (1–89 min duration, 30–600 min interval) prevents ice accumulation during extended low-temperature operation.
• OLED touchscreen interface with user-configurable lock screen password—supports dual-mode operation: fixed-parameter mode and up to five customizable programs, each comprising 30 programmable segments for temperature, speed, time, humidity, CO₂, and lighting.
• Real-time data logging at 1-minute intervals with onboard storage capacity for ≥90 days; trend curves auto-generated for temperature, RPM, humidity, and CO₂; exportable via USB 2.0 to CSV or PDF for GLP/GMP audit compliance.
• Safety-engineered features include power-failure recovery, over-temperature/over-speed alarms with event history logging, lid-slow-stop mechanism to minimize shear impact on sensitive cells, and UV sterilization scheduling synchronized with interior reflectivity optimization.

Sample Compatibility & Compliance

The IBS-950DTS accommodates diverse vessel formats—from 250 mL Erlenmeyer flasks (60 units) to 5 L bioreactor bottles (6 units)—via interchangeable clamping systems including standard three-prong polymer fixtures and OEM-customizable holders for irregular geometries (e.g., roller bottles, microtiter plates, or custom bioreactors). Chamber integrity meets IEC 61010-1 safety standards for laboratory equipment. Temperature uniformity (±0.1 °C) and stability (±1 °C fluctuation) are validated per ASTM E145 and ISO 15271 protocols. Optional CO₂ and humidity modules enable adherence to USP environmental controls for sterile compounding and cell therapy manufacturing environments.

Software & Data Management

Embedded firmware implements a secure, traceable data acquisition framework aligned with FDA 21 CFR Part 11 requirements: all parameter changes, alarm events, and manual interventions are timestamped and attributed to operator ID (password-protected). Audit trails are non-erasable and exportable. No proprietary software installation is required—USB-exported datasets integrate natively with LIMS platforms (e.g., LabWare, Thermo Fisher SampleManager) and statistical analysis tools (JMP, GraphPad Prism). Firmware updates are performed via signed firmware packages to ensure cryptographic integrity and version control.

Applications

• Aerobic bacterial and yeast fermentation (e.g., E. coli, S. cerevisiae) under controlled O₂ transfer conditions
• Mammalian suspension cell line expansion (CHO, HEK293) requiring low-shear agitation
• Enzymatic assay development where temperature and mixing kinetics must be decoupled and independently optimized
• Environmental microbiology: BOD₅ testing per APHA Standard Methods 5210B
• Antibiotic susceptibility profiling using broth microdilution with dynamic agitation
• Protein expression optimization in autoinduction media under variable thermal ramps

FAQ

What is the maximum flask volume supported without compromising mixing efficiency?
The platform maintains uniform orbital motion and thermal homogeneity up to 5000 mL bottles when using the reinforced heavy-duty clamp kit (optional accessory). For optimal oxygen transfer in aerobic cultures, we recommend ≤30% fill volume for vessels ≥2000 mL.
Does the system support validation documentation (IQ/OQ/PQ)?
Yes—factory-installed calibration certificates for temperature and speed sensors are provided. A comprehensive validation protocol package—including test scripts, acceptance criteria aligned with ISO/IEC 17025, and blank execution records—is available upon request for GxP-regulated facilities.
Can the incubator operate continuously for 30+ days without maintenance?
Designed for unattended long-term operation, the IBS-950DTS includes predictive maintenance alerts (compressor runtime, motor current draw, defrost cycle frequency) and supports scheduled remote diagnostics via optional Ethernet module (not included).
Is external CO₂ supply integration possible?
Yes—the rear panel features a dedicated gas inlet port with mass flow controller compatibility (0–10 SLPM range); optional factory-installed CO₂ sensor and blending manifold available.
How is condensation managed during low-temperature, high-humidity runs?
The unit employs a dual-stage moisture management strategy: thermally insulated double-glazed door with anti-fog coating, plus active chamber dehumidification via cold trap condensation during refrigerated cycles—preventing droplet formation on optical surfaces or samples.