Boante IBS-620LS Vertical Intelligent Full-Temperature Shaking Incubator

Overview

The Boante IBS-620LS Vertical Intelligent Full-Temperature Shaking Incubator is an integrated platform engineered for precise, reproducible microbial, cell, and biochemical culture under controlled thermal and mechanical agitation conditions. It operates on the principle of orbital shaking combined with active thermoregulation via a dual-mode (heating/cooling) system, enabling stable cultivation across a broad operational temperature range (4–60 °C). Designed for laboratories requiring high-throughput, long-duration experiments—such as fermentation optimization, recombinant protein expression, suspension cell expansion, and aerobic biodegradation studies—the unit integrates forced-air convection, PID-based microprocessor control, and multi-parameter programmability to ensure process consistency and experimental fidelity. Its vertical architecture maximizes floor space efficiency while maintaining structural rigidity for vibration-sensitive applications.

Key Features

• High-efficiency, low-noise imported hermetic compressor with eco-friendly R134a refrigerant, supporting continuous sub-ambient operation down to 4 °C without ice buildup; integrated adaptive defrost cycle (adjustable interval: 30–600 min; duration: 1–89 min).
• Brushless DC motor coupled with precision-machined transmission shafts fabricated using proprietary thermal expansion compensation technology—ensuring torque stability at low speeds (<30 rpm), minimal thermal drift, and service life exceeding 20,000 hours.
• Three-dimensional multi-axis drive mechanism eliminates requirement for load balancing; flasks may be placed freely on the 485 mm × 485 mm stainless-steel shaking platform without positional constraints.
• Double-walled construction with high-density polyurethane foam insulation (≥80 mm thickness), achieving superior thermal retention and fire-retardant compliance per GB 8624–2012 Class B1 standards.
• OLED capacitive touchscreen interface with user-configurable lock code, supporting real-time monitoring and adjustment of temperature, speed, direction (forward/reverse), timer, and optional environmental parameters (if equipped with humidity/CO₂/gas modules).
• IPX4-rated water-resistant interior base allows safe decontamination via low-pressure rinse; mirror-finish 304 stainless-steel chamber with radius-corner (R-corner) design minimizes microbial adhesion and facilitates ISO 14644-compliant cleaning protocols.

Sample Compatibility & Compliance

The IBS-620LS accommodates standard laboratory vessels—including Erlenmeyer flasks (250–1000 mL), test tubes, and custom bioreactor bags—via interchangeable clamping systems (standard triangular plastic fixtures; OEM bracket customization available). Its chamber geometry and airflow pattern support uniform heat and mass transfer across heterogeneous sample loads, validated per ASTM E2500–13 guidelines for equipment qualification. The unit meets CE marking requirements for electrical safety (EN 61010–1) and electromagnetic compatibility (EN 61326–1). While not certified for GMP manufacturing environments, its data logging, audit trail capability, and password-protected operation align with GLP documentation practices and FDA 21 CFR Part 11 principles when used in research-grade quality assurance workflows.

Software & Data Management

Embedded firmware records operational parameters—including chamber temperature, shaking speed, elapsed time, and alarm events—at one-minute intervals for up to 90 days. Data are stored internally and exportable via USB 2.0 port in CSV format, compatible with LIMS integration and statistical analysis tools (e.g., JMP, GraphPad Prism). The system supports up to 10 independent multi-stage programs, each defining time-scheduled transitions in temperature, speed, and directional rotation. All modifications are timestamped and logged with operator ID (when enabled), satisfying traceability requirements for method validation and internal audit preparation. Optional RS485 or Ethernet interfaces (upon request) enable remote monitoring via Modbus TCP or custom SCADA architectures.

Applications

• Aerobic bacterial and yeast culture for antibiotic susceptibility testing and metabolic profiling.
• Mammalian suspension cell line expansion under controlled O₂ availability (when paired with gas mixing module).
• Enzyme kinetics assays requiring simultaneous thermal stabilization and solution homogenization.
• Biochemical oxygen demand (BOD) and chemical oxygen demand (COD) testing per APHA Standard Methods 5210B.
• Seed stock propagation and strain preservation in academic, industrial, and clinical microbiology labs.
• Environmental toxicity screening using algal or daphnid bioassays under standardized OECD 201/211 protocols.

FAQ

What is the maximum load capacity per shelf, and how is weight distribution managed?
Each shelf supports up to 25 × 250 mL flasks (total ≤12.5 kg) with no dynamic imbalance correction required due to the three-axis drive architecture.
Does the unit support external data acquisition or network connectivity?
Standard configuration includes USB data export; optional RS485 or Ethernet communication modules are available for integration into centralized lab monitoring systems.
Is the incubator suitable for use with volatile organic solvents?
No. The internal chamber is not explosion-proof; operation with flammable substances requires ATEX-certified alternatives.
How is temperature uniformity verified during factory calibration?
Nine-point mapping per ICH Q5C Annex 2 using NIST-traceable Pt100 probes; results documented in Certificate of Conformance supplied with each unit.
Can the UV sterilization cycle be scheduled independently of other functions?
Yes. UV lamp activation (254 nm) and timing are programmable separately from incubation and shaking routines, with automatic interlock disabling during door opening.