Taicang Jiangsu Multi-Function Stackable Incubator Shaker HYG-C

Overview

The Taicang Jiangsu HYG-C is a high-capacity, stackable incubator shaker engineered for demanding life science applications requiring precise temperature control and independent oscillation management across multiple tiers. Designed around a robust dual- or triple-layer vertical architecture, the HYG-C operates on the principle of orbital shaking—generating consistent, low-shear circular motion with a fixed 26 mm orbit diameter—to promote uniform aeration, suspension, and mixing in microbial cultures, cell suspensions, and biochemical reaction systems. Its fully integrated thermoelectric heating and forced-air circulation system enables stable operation from 5°C above ambient to 60°C, making it suitable for mesophilic bacterial growth, yeast fermentation, protein expression studies, and long-term bioprocess development under tightly regulated thermal conditions. Unlike single-chamber shakers, the HYG-C’s multi-zone design allows simultaneous experiments at different temperatures and agitation speeds—critical for comparative studies, strain optimization, or parallel assay development without cross-contamination or thermal interference.

Key Features

• Three independently controllable layers (HYG-C3 configuration) or two layers (HYG-C2), each with dedicated PID temperature regulation and programmable oscillation speed (40–280 rpm)
• High-precision temperature control: ±0.1°C setpoint accuracy and ±0.5°C uniformity across full platform surface
• Large-format stainless-steel shaking platforms (800 × 500 mm per layer) compatible with standard culture vessels including 250 mL, 500 mL, and 1000 mL Erlenmeyer flasks
• Digital LED interface with intuitive menu navigation, real-time parameter monitoring, and password-protected settings lock
• Heavy-duty structural frame (500 kg total mass) with vibration-dampening feet and reinforced load-bearing columns for operational stability at maximum speed and capacity
• Integrated 20 W LED illumination per chamber for visual inspection of cultures without opening doors or disrupting environmental conditions
• Extended timer range up to 999 minutes with auto-stop and alarm notification upon cycle completion
• Energy-efficient 1000 W heating system with thermal overload protection and automatic fault diagnostics

Sample Compatibility & Compliance

The HYG-C accommodates a wide range of biological sample formats—including liquid cultures in glass or polycarbonate flasks, suspension cells in roller bottles, enzymatic reaction mixtures in deep-well plates (with optional adapter trays), and solid-phase binding assays on coated microplates. Its large platform area and flexible flask-mounting options support both static and dynamic incubation protocols. From a regulatory standpoint, the instrument meets general requirements for GLP-compliant laboratory environments: temperature and time parameters are digitally recorded and non-volatile; all operational logs can be exported via USB port (optional firmware upgrade). While not pre-certified to ISO/IEC 17025 or FDA 21 CFR Part 11 out-of-the-box, the HYG-C’s deterministic control architecture and audit-ready parameter logging capability make it readily adaptable for validation under GMP or ISO 13485 frameworks when deployed with appropriate SOPs and third-party calibration documentation.

Software & Data Management

The HYG-C operates via embedded firmware supporting local parameter programming and real-time status display. For advanced data handling, optional PC connectivity (RS-232 or USB-to-serial) enables integration with LabArchives, Benchling, or custom LIMS platforms using ASCII-based command protocols. Users may configure multi-step programs—including ramp-and-hold temperature profiles, speed gradients, and timed pause intervals—stored in onboard memory (up to 10 user-defined protocols). All runtime events—including setpoint deviations, power interruptions, door openings, and motor stall alerts—are timestamped and retained in a circular log buffer. Exported CSV files include column headers compliant with MIAME and ISA-TAB metadata standards, facilitating traceability in publication-grade experimental records.

Applications

• Microbial cultivation: Escherichia coli, Bacillus subtilis, and Pseudomonas aeruginosa growth kinetics under variable O₂ transfer conditions
• Mammalian and insect cell line expansion in suspension culture (e.g., CHO, Sf9) with optimized shear stress management
• Enzyme kinetic assays requiring strict thermal consistency during substrate turnover measurements
• Antibiotic susceptibility testing (AST) with broth microdilution under controlled aeration
• Biopolymer synthesis (e.g., alginate, chitosan) under continuous mixing and thermal stabilization
• Environmental microbiology: soil slurry enrichment, wastewater biofilm development, and bioremediation pilot studies
• Academic teaching labs: scalable platform for undergraduate fermentation labs and graduate-level bioprocess engineering modules

FAQ

Does the HYG-C support refrigerated operation below ambient temperature?
No—the HYG-C is a heating-only incubator shaker with a minimum operating temperature of 5°C above ambient. For sub-ambient applications, consider complementary cold-room integration or alternative models with compressor-based cooling.
Can I run different media types simultaneously on separate layers?
Yes. Each layer has independent temperature and speed control, enabling concurrent experiments—for example, aerobic bacterial culture on Layer 1 (37°C, 200 rpm) and anaerobic yeast fermentation on Layer 2 (30°C, 120 rpm).
What safety certifications does the unit carry?
The HYG-C complies with GB 4793.1–2018 (Chinese equivalent of IEC 61010-1) for electrical safety in laboratory equipment. CE marking is available upon request with EU Representative documentation.
Is calibration documentation provided with shipment?
A factory calibration certificate (traceable to NIM, China) is included for temperature and timer functions. Full metrological validation kits and IQ/OQ protocols are available as add-on services.
How is maintenance performed on the drive mechanism?
The unit employs maintenance-free brushless DC motors and sealed ball bearings. Routine cleaning of platform surfaces and air intake filters is recommended every 6 months; no lubrication or mechanical adjustment is required during normal service life.