Boante BAT-Series Smart Biochemical Incubator

Overview

The Boante BAT-Series Smart Biochemical Incubator is an engineered environmental control system designed for precise, stable, and reproducible temperature regulation in life science laboratories. Utilizing forced-air convection and adaptive PID control architecture, it maintains consistent thermal conditions across the entire working chamber—critical for microbial cultivation, enzyme activity assays, cell line maintenance, and biochemical reaction kinetics. The incubator operates within a biologically relevant range of 4°C to 60°C, enabling both low-temperature preservation and elevated-temperature metabolic studies. Its core thermal management system integrates PT100 platinum resistance sensors with fast transient response (<1.5 s to 90% step change) and minimal self-heating error (<0.02°C at 50°C), ensuring traceable and metrologically sound temperature measurement. The chamber’s mirror-finish stainless-steel interior—featuring radius-corner geometry—minimizes microbial harborage points and supports routine decontamination under GLP-compliant cleaning protocols.

Key Features

• Full-color LCD touchscreen controller with intuitive menu navigation, real-time graphical display of setpoint, actual temperature, elapsed time, and remaining timer duration
• Adaptive PID algorithm with auto-tuning function to suppress overshoot during ramp-up and stabilize setpoints within ±0.1°C accuracy
• High-efficiency balanced refrigeration system with eco-friendly R134a refrigerant and dual-stage thermal load compensation for uninterrupted operation at ambient temperatures up to 35°C
• Radial airflow distribution via centrifugal circulation fan ensures uniform heat transfer; temperature recovery after 30-second door opening is ≤3 minutes (tested per ISO 15195:2019 Annex B)
• Dual-pane insulated observation door with low-emissivity inner glass minimizes radiant heat loss while preserving internal thermal homogeneity during visual inspection
• Four-tier safety architecture: independent overtemperature cut-off (mechanical backup), compressor high-pressure switch, fan stall detection, and electronic current-limiting circuitry for motor protection
• Standard 220 V AC outlet inside chamber (IEC 60320 C13 socket) enables in-situ integration of shakers, pH meters, or dissolved oxygen probes without external cable routing

Sample Compatibility & Compliance

The BAT-Series accommodates standard microbiological vessels—including Petri dishes (up to 150 mm), test tubes (16 × 150 mm), Erlenmeyer flasks (up to 2 L), and multi-well plates—across all capacity variants. Adjustable stainless-steel shelves (304 grade, load-rated to 15 kg/shelf) support customizable vertical spacing to optimize air exchange around dense sample arrays. Interior dimensions are certified to comply with ASTM E171-22 (Standard Specification for Environmental Chambers) for volumetric tolerance and surface finish. The unit meets CE marking requirements under Directive 2014/30/EU (EMC) and 2014/35/EU (LVD), and its thermal performance validation protocol aligns with ISO/IEC 17025:2017 clause 7.8.3 for equipment calibration traceability. Optional UV-C (254 nm) lamps facilitate periodic chamber decontamination in accordance with USP guidance on environmental monitoring.

Software & Data Management

While the base configuration operates autonomously via embedded firmware, optional communication interfaces enable full data governance under regulated environments. RS485 Modbus RTU or USB CDC protocols allow bidirectional integration with laboratory information management systems (LIMS) or SCADA platforms. Time-stamped temperature logs (with UTC synchronization) can be exported in CSV format for audit trail generation compliant with FDA 21 CFR Part 11 requirements—provided third-party software enforces electronic signature, audit log integrity, and role-based access control. Thermal printer output (via integrated thermal head) produces hard-copy records with device ID, operator ID, timestamp, and deviation flags—supporting paper-based SOP adherence where digital infrastructure is limited.

Applications

• Bacterial and fungal culture propagation (e.g., E. coli, S. aureus, A. niger) under CLSI M07-A10-defined incubation conditions
• Enzyme kinetics studies requiring stable thermal baselines across multi-hour assays (e.g., amylase, protease, phosphatase activity)
• Seed germination testing per ISO 11260:2022 and OECD 208 guidelines
• Stability testing of diagnostic reagents and pharmaceutical intermediates per ICH Q1A(R2)
• Long-term storage of temperature-sensitive biological standards (e.g., reference strains, lyophilized controls)
• Pre-incubation conditioning of biosensors and immunoassay plates prior to detection steps

FAQ

What is the maximum ambient operating temperature for the BAT-Series?
The incubator is rated for continuous operation in ambient environments up to 35°C, provided minimum clearance (≥10 cm) is maintained on all sides for convective heat dissipation.
Can the incubator maintain 4°C reliably during summer months?
Yes—its balanced refrigeration system includes oversized condenser coils and intelligent compressor cycling logic, validated to sustain 4°C setpoint at 35°C ambient with ≤±0.5°C fluctuation.
Is the internal lighting compatible with photobiological experiments?
The standard white LED array emits no UV component and has negligible radiant heating (<0.1 W/m² at 10 cm); spectral output is documented in the factory calibration report for photocontrol validation.
How is temperature uniformity verified across shelf levels?
Uniformity is measured using nine calibrated PT100 probes (per ISO 15195:2019 section 6.3.2) placed in a 3×3 grid at mid-height of each shelf; results are included in the Certificate of Conformance shipped with each unit.
Does the incubator support IQ/OQ/PQ documentation packages?
Yes—Boante provides template protocols aligned with ASTM E2500-13 and EU GMP Annex 15; qualified users may request editable Word/PDF versions upon order confirmation.