BOXUN BXYC-DX Series Stackable Intelligent Precision Incubator Shaker
| Brand | BOXUN |
|---|---|
| Origin | Shanghai, China |
| Manufacturer Type | Direct Manufacturer |
| Product Category | Domestic |
| Model(s) | BXYC-DX3285 / DX3200 / DX3190 / DX3175 |
| Instrument Type | Stackable Temperature-Controlled Orbital Shaker |
| Timer Range | 0–999.9 h |
| Orbit Diameter | Φ26 mm (Customizable: Φ35 mm @ 20–250 rpm, Φ50 mm @ 20–200 rpm) |
| Temperature Range | Ambient +4°C to 65°C (at 25°C ambient) |
| Shelf Quantity | 1 shelf per unit (single-layer configuration) |
Overview
The BOXUN BXYC-DX Series Stackable Intelligent Precision Incubator Shaker is an engineered platform for controlled orbital agitation under precisely regulated temperature conditions. Designed for high-throughput microbiological culture, cell suspension expansion, enzyme reaction kinetics, and biochemical incubation protocols, the system integrates advanced thermal management with programmable mechanical oscillation in a modular, space-optimized architecture. Each unit operates on the principle of eccentric-drive orbital motion—providing uniform, low-shear mixing ideal for aerobic microbial growth and suspension-based assays. The shaker’s thermoelectric-compressor hybrid cooling system ensures stable setpoint maintenance across its full operating range (ambient +4°C to 65°C), with optional high-temperature variants extending control up to 75°C for specialized fermentation or thermostable enzyme studies. Its stackable form factor supports laboratory scalability without compromising footprint efficiency—a critical consideration in modern core facilities and GMP-aligned bioprocessing labs.
Key Features
- Modular stackable design with independent front-access doors: top layer features upward-hinged access; lower layers utilize downward-folding doors that double as temporary staging surfaces—maximizing benchtop utility.
- Removable stainless-steel shaking platform secured via captive screw fastening—enabling safe, ergonomic handling of flasks and bottles during loading/unloading while ensuring mechanical stability during operation.
- BRIGHT II intelligent control system with adaptive parameter compensation—dynamically adjusts thermal and motion control outputs based on real-time ambient fluctuations to maintain experimental fidelity.
- 7-inch full-color capacitive touchscreen interface supporting per-layer parameter definition: temperature, speed, direction (forward/reverse/alternating), time, cycle count, segment programming, and calendar-based scheduling.
- Advanced programmability: 5 user-defined programs × 30 segments × 99 cycles; dual timing modes (run-start timer vs. temperature-stabilization-triggered timer) for precise protocol alignment.
- Comprehensive data integrity suite: internal logging of 150,000+ timestamped records (temperature, speed, alarms); USB export capability; audit-trail-ready event logging including alarm type, timestamp, and recovery status.
- Integrated environmental controls: natural evaporation humidification tray (standard), optional humidity module (10–95% RH, ±5% RH accuracy), optional illumination module (0–16,000 lux, 6-level intensity, refrigerated models only).
Sample Compatibility & Compliance
The BXYC-DX series accommodates standard culture vessels including Erlenmeyer flasks (50–5000 mL), baffled flasks, roller bottles, and multi-well plates (with optional columnar clamping kits for high-speed microplate homogenization). Internal chamber construction utilizes electropolished 304 stainless steel with integrated drainage channels and IPX4-rated water resistance—enabling safe aqueous decontamination between runs. UV germicidal irradiation (254 nm) and LED interior lighting support aseptic workflow verification. The system complies with IEC 61000-6-3 (EMC emissions) and IEC 61000-6-2 (immunity); optional configurations meet ISO 13485 design control requirements for medical device manufacturing environments. While not inherently 21 CFR Part 11 compliant, the embedded logging architecture—including password-protected parameter locking, electronic signature prompts (via external software integration), and immutable event timestamps—supports validation pathways for GLP/GMP applications.
Software & Data Management
All operational parameters and sensor outputs are continuously logged to non-volatile memory with millisecond-resolution timestamps. Historical data is retrievable via intuitive timeline navigation—supporting direct jump-to-time queries for both setpoints and measured values. Real-time and historical trend curves (temperature, speed, humidity if equipped) are overlay-rendered with adjustable scaling and exportable as CSV. Optional remote monitoring software enables centralized supervision of multiple BXYC-DX units across local networks—displaying live status, alarm history, and scheduled program execution. Data export adheres to FAIR principles (Findable, Accessible, Interoperable, Reusable), with metadata tagging aligned to MIAME/MINSEQE conventions where applicable.
Applications
- Microbial culture expansion (E. coli, yeast, bacilli) under defined O2 transfer conditions
- Suspension-adapted mammalian cell line propagation (CHO, HEK293)
- Enzyme activity profiling across thermal gradients
- Protein solubilization and refolding kinetics
- Antibiotic susceptibility testing (AST) in liquid broth media
- Bioreactor seed train preparation and inoculum scaling
- Environmental microbiology assays requiring long-duration incubation (e.g., BOD, nitrification)
FAQ
What is the maximum flask capacity supported per shelf?
Standard configuration supports up to four 2 L baffled flasks or eight 500 mL flasks per shelf. Load distribution must remain within ±10% mass imbalance tolerance to ensure mechanical stability.
Does the system support validation documentation packages?
Yes—factory-issued IQ/OQ documentation templates are available upon request; installation qualification includes thermocouple mapping (±0.3°C accuracy) and speed calibration traceable to NIST standards.
Can the shaker operate unattended for extended periods?
Fully rated for continuous operation up to 999.9 hours per program cycle; compressor duty cycle is managed via adaptive defrost logic and delayed restart sequencing to mitigate thermal stress.
Is remote access possible without proprietary software?
Native Ethernet port supports Modbus TCP register mapping—enabling integration into LabVantage, STARLIMS, or custom SCADA systems using standard industrial protocols.
How is condensation managed during low-temperature operation?
Intelligent defrost algorithm modulates heater activation, defrost interval, and duration based on chamber dew point estimation—eliminating frost accumulation without interrupting agitation or temperature control.
