Boxun BSD-YX(F)2200 Vertical Compact Orbital/Reciprocating Incubator Shaker

Overview

The Boxun BSD-YX(F)2200 is a vertically configured, dual-shelf incubator shaker engineered for precision-controlled microbial cultivation, enzymatic assays, hybridization protocols, and cell-based biochemical reactions under tightly regulated thermal and mechanical conditions. It integrates orbital and reciprocating motion modes within a single compact footprint—optimized for laboratories with spatial constraints yet demanding high-throughput sample handling. The unit operates on the principle of controlled forced convection heating combined with microprocessor-regulated motor-driven oscillation, ensuring uniform temperature distribution (±1 °C at 25 °C, empty chamber) and stable rotational or linear displacement across the full operating range. Its design conforms to fundamental laboratory safety and operational reliability standards expected in GLP-compliant environments, including fail-safe thermal cutoffs, motor overheat protection, and power-loss recovery logic.

Key Features

• Vertical dual-shelf architecture minimizes floor space occupancy while supporting up to 60 × 50 mL flasks (orbital mode) or 20 × 750 mL vessels per shelf—enabling scalable parallel processing without compromising thermal homogeneity.
• Dual-mode oscillation system: switchable between orbital (Ø26 mm amplitude, 30–300 rpm) and reciprocating (40 mm stroke, 30–250 rpm) motion, each calibrated to ±1 rpm accuracy via PID feedback control.
• High-stability DC brushless motor delivers consistent torque across low-to-high speed ranges—eliminating speed drift below 60 rpm and extending service life through maintenance-free operation.
• LCD backlit display with real-time parameter monitoring (setpoint vs. actual temperature, speed, remaining time), password-protected parameter locking, and ten-segment programmable curve control for complex multi-stage protocols.
• Robust thermal management: imported NSK bearings, optimized air duct geometry, and proprietary defrost algorithm minimize temperature fluctuation (<±0.2 °C at 37 °C) during cycle transitions.
• Enhanced safety architecture includes independent overtemperature cut-off switch, door interlock sensor, recessed power switch, electrostatically coated steel enclosure, and optional inert gas inlet port for anaerobic or oxygen-sensitive applications.

Sample Compatibility & Compliance

The BSD-YX(F)2200 accommodates standard Erlenmeyer flasks (50–750 mL), test tubes, microplates, and custom bioreactor vessels via interchangeable clamping platforms. Its stainless-steel mirror-finish interior (AISI 304), rounded chamber corners, and tempered glass observation window support ISO 14644-1 Class 7 cleanroom-compatible cleaning protocols. While not certified to IEC 61010-1 or UL 61010B by default, the unit meets essential electrical safety and EMC requirements for laboratory use in CE-marked regions. Optional accessories—including thermal printer (for audit-trail-capable curve logging), GPRS remote alert module, and RS485/USB data interface—facilitate integration into FDA 21 CFR Part 11–aligned workflows when paired with validated third-party software.

Software & Data Management

The embedded controller supports time-stamped event logging (start/stop, alarm triggers, temperature deviations) stored in non-volatile memory. When connected to a PC via USB or RS485, users can export CSV-formatted datasets containing temperature history, speed profile, and timer status for traceability. Optional printer output provides hard-copy verification of critical process parameters—supporting documentation needs under GLP, ISO/IEC 17025, or internal QA procedures. Firmware updates are performed locally via USB drive; no cloud dependency or vendor-hosted platform is required.

Applications

This shaker serves core functions in academic research labs, pharmaceutical QC units, and biotech process development facilities. Typical use cases include: aerobic bacterial culture (E. coli, Bacillus spp.) at 30–37 °C; yeast fermentation kinetics under controlled aeration; DNA hybridization in Southern/Northern blotting; protein expression in autoinduction media; suspension cell expansion (CHO, HEK293); and stability testing of therapeutic proteins under accelerated thermal stress (e.g., 40 °C/75% RH simulation). Its wide temperature span (4–60 °C) also supports psychrophilic organism studies and enzyme activity profiling across physiological ranges.

FAQ

Does the BSD-YX(F)2200 support both orbital and reciprocating motion simultaneously?

No—motion mode must be selected manually prior to operation; simultaneous dual-mode activation is not supported.
What is the maximum load capacity per shelf when using 250 mL flasks?

38 flasks per shelf in orbital configuration; 38 in reciprocating mode, subject to balanced loading and center-of-mass alignment.
Is the temperature calibration traceable to NIST or other national standards?

Factory calibration is performed using PT100 reference probes; user-level recalibration is accessible via service menu, but formal NIST-traceable certification requires third-party metrology lab validation.
Can the device operate unattended for extended periods, such as overnight or weekend runs?

Yes—the 999-hour timer, auto-stop function, audible/visual end-cycle alerts, and power-resume capability make it suitable for unmonitored long-duration experiments.
Are replacement shelves or specialized clamps available as spare parts?

Yes—standard 530×410 mm (orbital) and 510×440 mm (reciprocating) shelves, along with universal spring-loaded and magnetic flask holders, are stocked and orderable separately.