CZGY GY-2001C Triple-Layer Air-Bath Orbital Incubator Shaker

Overview

The CZGY GY-2001C Triple-Layer Air-Bath Orbital Incubator Shaker is an engineered platform for simultaneous temperature-controlled orbital agitation across three independently accessible shelves. Designed for high-throughput microbiological cultivation, enzyme reaction kinetics, cell suspension maintenance, and solubility or extraction studies, it integrates precise air-bath thermal regulation with consistent orbital motion—eliminating liquid bath contamination risks while enabling rapid heat transfer and uniform chamber-wide temperature distribution. Its core operational principle relies on forced-air convection via a high-efficiency blower system coupled with a PID-controlled heating module and a brushless DC motor delivering stable rotational torque across the full 40–300 rpm range. The instrument conforms to fundamental design principles outlined in ISO 13485 (for medical device-related R&D environments) and supports GLP-compliant workflows through deterministic timer logging and repeatable thermal–mechanical profiles.

Key Features

• Triple-tiered stainless steel shelving system with ≥350 mm vertical clearance between layers—optimized for stacked flasks, culture bottles, and multi-well plates without cross-interference.
• Brushless DC drive mechanism ensures zero carbon dust generation, low electromagnetic interference, and extended service life (>20,000 hours MTBF) under continuous operation.
• PID-based temperature control using PT-100 sensors (IEC 60751 Class B) delivers resolution of 0.1°C and stability within ±2°C across the full operating range (ambient +5°C to 200°C).
• Segment-type LCD interface with intuitive parameter navigation—supports dual-mode timer programming (minutes or hours) up to 9999 units, with auto-shutdown and audible alert.
• Air-bath architecture eliminates water maintenance, corrosion, and evaporation concerns associated with water-jacketed systems—ideal for non-aqueous solvent-based reactions and long-term incubation protocols.
• Double-wall insulated stainless steel chamber with high-density mineral wool insulation minimizes thermal leakage and improves energy efficiency during sustained high-temperature operation.
• Front-mounted large-view tempered glass window enables real-time visual monitoring without compromising thermal integrity or oscillation stability.

Sample Compatibility & Compliance

The GY-2001C accommodates standard laboratory vessels including Erlenmeyer flasks (50–5000 mL), baffled culture bottles, roller bottles, and custom-sized trays up to 650 × 500 mm per shelf. Its 26 mm orbit diameter provides gentle yet effective mixing for sensitive mammalian cell suspensions, bacterial cultures, and protein expression systems. The unit meets CE marking requirements for electrical safety (EN 61010-1) and electromagnetic compatibility (EN 61326-1). While not certified for IEC 60601-1 clinical use, its construction and control architecture support validation under ISO/IEC 17025-accredited laboratory quality systems and aligns with key clauses of USP Analytical Instrument Qualification for non-GMP research-grade applications.

Software & Data Management

This model operates as a standalone hardware platform with no embedded firmware-based data logging or network connectivity. All operational parameters—including setpoint temperature, actual chamber temperature, speed setting, elapsed time, and remaining timer duration—are displayed in real time on the front-panel LCD. For traceability, users may integrate external USB or RS-232 data loggers compatible with Modbus RTU or ASCII serial protocols. The timer function records start/stop events with second-level precision, supporting manual audit trails required for basic GLP documentation. No cloud synchronization, remote access, or FDA 21 CFR Part 11-compliant electronic signatures are provided—consistent with its classification as a Class I general-purpose laboratory shaker.

Applications

• High-temperature microbial growth studies requiring sterile, dry-air environments (e.g., thermophilic strain propagation at 65–80°C).
• Accelerated stability testing of pharmaceutical formulations under ICH Q1A-relevant conditions (e.g., 40°C/75% RH simulated via controlled dry-air exposure).
• Enzymatic hydrolysis and transesterification reactions conducted in organic solvents where water bath immersion is incompatible.
• Cell line expansion and transfection optimization using adherent and suspension cultures across scalable flask formats.
• Soil and sediment extraction protocols involving heated agitation in sealed containers for heavy metal or PAH recovery.
• Preparation of homogeneous calibration standards and reference materials requiring thermal homogenization prior to analytical measurement.

FAQ

Is the GY-2001C suitable for use with volatile organic solvents?

Yes—its air-bath design avoids direct contact with water or condensation, reducing ignition risk; however, operation must comply with local hazardous location regulations and fume hood requirements.
Can the three shelves operate at different temperatures?

No—the entire chamber maintains a single uniform temperature setpoint; independent shelf temperature control is not supported.
What is the maximum load capacity per shelf?

Each 650 × 500 mm platform supports up to 15 kg distributed load; total instrument loading should not exceed 45 kg to maintain mechanical stability and thermal uniformity.
Does the unit include validation documentation or IQ/OQ templates?

CZGY supplies basic factory calibration certificates (temperature and speed); user-specific IQ/OQ protocols must be developed in-house or by qualified third-party service providers.
Is the stainless steel interior electropolished or passivated?

The chamber uses standard 304 stainless steel with passivation treatment per ASTM A967, sufficient for routine biochemistry and pharmaceutical R&D but not for ultra-high-purity semiconductor or biopharma cleanroom applications.