TAITEC Shaker Series – Multi-Mode Laboratory Oscillators for Life Science Applications

Overview

The TAITEC Shaker Series comprises a comprehensive portfolio of precision-engineered laboratory oscillators designed for diverse life science applications—from routine sample mixing and cell culture to high-throughput nucleic acid extraction and regulatory-compliant environmental testing. Each model operates on well-established mechanical oscillation principles—including reciprocating, orbital, figure-eight, wave-motion, and eccentric horizontal motion—ensuring optimal energy transfer tailored to specific sample rheology, container geometry, and biological sensitivity. Unlike generic shakers, TAITEC units are engineered for reproducible motion profiles across variable load conditions, with motor control systems calibrated to maintain consistent amplitude and frequency regardless of payload distribution. All models meet IEC 61000-4 electromagnetic compatibility standards and operate within ambient temperature ranges of 0–50 °C, enabling seamless integration into incubators, environmental chambers, and laminar flow hoods without thermal or mechanical interference.

Key Features

• Multi-mode oscillation architecture: Selectable motion patterns—including reciprocating, orbital, figure-eight, wave, and eccentric horizontal—optimized for distinct application requirements (e.g., gentle cell suspension vs. aggressive homogenization).
• Energy-efficient design: Most units draw <1 A under nominal load, complying with IEC 60335-1 safety standards for laboratory equipment and reducing long-term operational cost in high-utilization labs.
• Modular platform compatibility: Standardized mounting interfaces support interchangeable trays (300 × 200 mm, 400 × 300 mm, 600 × 400 mm, and custom dual-layer configurations) for Erlenmeyer flasks (up to 5 L), microcentrifuge tubes, 96-well plates, separatory funnels, wide-mouth jars, and glass vials (VIX-100 accommodates up to 100 × 16 mm vials).
• Precision timing and programmability: Digital timer with 1-second resolution supports extended protocols up to 99 hours 59 minutes; memory retention preserves settings after power interruption.
• Low-noise operation: Acoustic emission <45 dB(A) at 1 m distance, critical for shared lab environments and sensitive imaging or electrophysiology workflows.
• Robust mechanical architecture: Stainless steel shafts, reinforced polymer housings, and sealed ball-bearing motors ensure >10,000 hours MTBF under continuous operation.

Sample Compatibility & Compliance

TAITEC shakers accommodate standard ANSI/SLAS-compliant microplates, ISO 8573-1 Class 4 cleanroom-compatible vessels, and USP compliant sterile containers when operated in controlled environments. The NR-5100 and TS series are routinely deployed in EPA Method 1311 (TCLP) and ASTM D5233 soil leaching studies, where amplitude consistency (±1.5 mm) and rotational stability (±0.5 rpm) are verified per ISO/IEC 17025 calibration protocols. For GLP/GMP-regulated workflows—including food allergen screening (AOAC 2012.01) and pharmaceutical dissolution testing—the SR-10 and TS-20 models support audit-ready parameter logging when paired with optional RS-232/USB data output modules compliant with FDA 21 CFR Part 11 electronic record requirements.

Software & Data Management

While standalone models operate via intuitive membrane-keypad interfaces, select units (NR-150, NR-5100, TS-20) integrate with TAITEC’s optional PC-based ControlSuite™ software (v3.2+). This platform enables remote scheduling, real-time RPM/amplitude monitoring, event-triggered data capture, and CSV export for LIMS integration. Audit trails include user ID, timestamp, setpoint history, and deviation alerts—fully traceable for ISO 13485 medical device labs or CLIA-certified clinical facilities. Firmware updates are delivered via signed USB firmware packages, ensuring cryptographic integrity per NIST SP 800-193 guidelines.

Applications

• Cell & Microbial Culture: NR-series shakers provide stable orbital motion for E. coli, yeast, and plant suspension cultures inside CO₂ incubators or light-controlled phytotrons.
• Nucleic Acid Processing: Wave-PR and E-36 models deliver low-shear agitation during DNA extraction, gel staining/destaining, and restriction enzyme digestion—minimizing shearing of high-MW genomic DNA.
• Environmental Testing: TS-10/TS-20 units execute standardized TCLP and SPLP leaching protocols for heavy metal analysis in soils and industrial waste matrices.
• Food Safety Screening: SR-10 ensures uniform mixing of allergen extraction buffers across 50+ centrifuge tubes per run, supporting ELISA and PCR-based detection per FDA Bacteriological Analytical Manual (BAM) Chapter 18.
• High-Throughput Sample Prep: VIX-100’s dual-axis rotation + 180° flip function enables simultaneous processing of 100 glass vials for pesticide residue extraction (EN 15662) and metabolite profiling.

FAQ

Are TAITEC shakers suitable for use inside CO₂ incubators?
Yes—models designated as “benchtop” (e.g., Shaker-LR, Wave-SI, NR-1) are rated for continuous operation at 0–50 °C and 20–95% RH, with non-outgassing materials certified per ISO 10993-5 cytotoxicity testing.
Can I validate oscillation parameters for ISO/IEC 17025 accreditation?
Yes—TAITEC provides factory calibration certificates traceable to JCSS (Japan Calibration Service System); third-party verification kits (laser vibrometry + tachometer) are available for in-house performance qualification.
Do any models support 21 CFR Part 11 compliance?
The NR-5100 and TS-20 with ControlSuite™ v3.2+ offer role-based access control, electronic signatures, and immutable audit logs required for regulated biopharma and clinical diagnostics labs.
What is the maximum flask capacity supported by the NR-5100 dual-layer platform?
The lower tier accommodates two rows of 5-L Erlenmeyer flasks (total 10 × 5 L); upper tier supports 20 × 1-L flasks or equivalent microplate arrays, with independent amplitude tuning per layer.
Is vibration isolation required for microscopy or analytical balance integration?
No—TAITEC’s active damping system reduces transmitted vibration to <0.05 mm/s RMS at 1 m distance, eliminating the need for external optical tables in most benchtop configurations.