Cole-Parmer C0102-0610 / C0102-0620 Orbital Shaking Incubator with Temperature Control

Overview

The Cole-Parmer C0102-0610 and C0102-0620 Orbital Shaking Incubators integrate precise temperature regulation with high-stability orbital shaking in a compact benchtop platform. Engineered for reproducible thermal and mechanical control, these instruments operate on the principle of horizontal orbital motion—generating uniform shear forces across sample vessels while maintaining tight thermal homogeneity. Unlike reciprocating or vortex shakers, orbital agitation minimizes foaming and sample splashing, making it ideal for sensitive biological reactions including enzymatic digestions, nucleic acid hybridizations, and bacterial culture expansion. The C0102-0620 variant includes active cooling capability, enabling uninterrupted operation at sub-ambient setpoints—a critical requirement for thermolabile assays such as RNA handling or cold-start PCR setup. Both models feature microprocessor-based PID temperature control with linear response and ±0.3°C stability across the full operating range (RT+5°C to 100°C), verified via internal calibration routines traceable to NIST standards.

Key Features

• Brushless DC motor drive ensures maintenance-free operation over >20,000 hours with consistent speed accuracy (±1% deviation at any setpoint between 300–2000 rpm)
• Programmable timer with 1-minute resolution supports unattended runs from 1 minute to 100 hours; auto-restart function resumes interrupted protocols upon power restoration (C0102-0620 only)
• 3 mm orbital diameter optimized for efficient mixing in low-volume formats—microplates (96-/384-well), PCR strips, deep-well plates, and conical tubes up to 50 mL
• Integrated temperature calibration mode allows user-initiated offset adjustment using an external reference thermometer, supporting GLP-compliant documentation workflows
• Dual safety architecture includes independent overtemperature cutoff, lid-open interlock, and motor stall detection to prevent thermal runaway or mechanical overload
• Front-panel interface with LED display provides real-time monitoring of setpoint, actual temperature, speed, and remaining time—no software dependency required for basic operation

Sample Compatibility & Compliance

The C0102 series accommodates standard laboratory consumables without adapter modules: flat-bottom 96-well microplates, skirted PCR plates, 0.2–2.0 mL tube racks (MIX-A/B/C), and 24- or 48-position deep-well blocks. Its open-platform design eliminates module dependency for plate-based applications, reducing cross-contamination risk and thermal inertia. All units are CE-certified per EN 61010-1:2019 and EN 61326-1:2013 for electrical safety and electromagnetic compatibility. The temperature control system complies with ISO/IEC 17025 calibration traceability requirements when used with validated external probes. For regulated environments, audit trails can be generated manually via timestamped log entries; full 21 CFR Part 11 compliance requires integration with third-party LIMS or ELN systems.

Software & Data Management

While standalone operation requires no software, optional USB-to-serial connectivity enables configuration logging and remote parameter adjustment via Cole-Parmer’s proprietary PC utility (v3.2+). The firmware supports CSV export of runtime data—including temperature deviation history, speed variance, and timer status—for retrospective analysis. All settings are retained in non-volatile memory during power loss. Firmware updates are delivered through secure HTTPS channels and require digital signature verification prior to installation, ensuring integrity and version control across multi-instrument deployments.

Applications

• Nucleic acid purification workflows: binding, washing, and elution steps in silica-membrane and magnetic-bead protocols
• Enzyme kinetics studies requiring simultaneous thermal incubation and gentle agitation (e.g., restriction digests, ligations, phosphorylations)
• Bacterial growth optimization in 96-well format under controlled aeration and temperature gradients
• Protein denaturation/renaturation experiments involving precise ramp-and-hold thermal profiles
• cDNA synthesis and RT-qPCR master mix equilibration prior to thermal cycling
• Agarose gel extraction protocols requiring post-electrophoresis incubation at 50–65°C with continuous mixing
• High-throughput assay development where plate-level homogeneity directly impacts CV% and Z’-factor reproducibility

FAQ

What is the difference between the C0102-0610 and C0102-0620 models?

The C0102-0620 includes a Peltier-based cooling system enabling operation down to ambient −15°C (depending on lab conditions), whereas the C0102-0610 is heating-only (RT+5°C to 100°C).
Can this unit accommodate custom aluminum blocks or third-party adapters?

Yes—any ANSI/SLAS-compliant block with standard footprint dimensions (e.g., 127 × 85 mm) can be mounted directly onto the platform using M4 threaded inserts.
Is the temperature uniformity validated across the entire chamber?

Per factory testing, spatial uniformity is ±0.5°C at 37°C and ±0.8°C at 100°C (measured at nine points within a 96-well plate footprint).
Does the instrument support ramp-and-soak temperature programming?

No—this model implements single-setpoint temperature control only; multi-step thermal profiles require external controller integration.
What maintenance is required for long-term reliability?

None beyond periodic cleaning of the chamber surface and verification of fan intake filters every 6 months; the brushless motor contains no serviceable parts.