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Coevos IDP C Series Smart Electronic Single-Channel Pipette

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Brand Coevos
Model IDP C
Origin Beijing, China
Type Single-Channel Electronic Pipette
Volume Range 10 µL – 5 mL
Accuracy ±1% (at nominal volume)
Precision (CV) ≤0.6% (at 5 mL), ≤1.05% (at 50 µL)
Power Rechargeable Li-ion battery with USB-C interface
Display High-resolution monochrome LCD with real-time parameter feedback
Ergonomics Weight: ~95 g (IDP C-5000), balanced center of gravity, soft-grip elastomeric sleeve
Control Five-way tactile joystick with silicone dome
Tip Ejection Intelligent capacitive touch button with auto-reset and tip-count tracking
Tip Compatibility Universal fit for ISO 8655-compliant standard conical tips (including Gilson, Eppendorf, Thermo Fisher, and Rainin)
Certifications Complies with ISO 8655-2:2022 (volumetric performance), ISO 8655-5:2022 (electronic pipettes), and supports GLP/GMP traceability via audit-log-enabled firmware
Software Integration Co-AICal™ intelligent calibration algorithm (Chinese Invention Patent ZL202210XXXXXX.X), OTA firmware updates, WeChat Mini Program remote configuration

Overview

The Coevos IDP C Series Smart Electronic Single-Channel Pipette is an ISO 8655-5:2022–compliant precision liquid handling instrument engineered for reproducible volumetric transfer across a broad dynamic range—from 10 µL to 5,000 µL. Utilizing a closed-loop brushless DC motor system with adaptive torque control, the IDP C achieves high repeatability and accuracy by dynamically compensating for fluid viscosity, ambient temperature drift, and tip geometry variation. Its measurement principle adheres to gravimetric verification methodology per ISO 8655-2, with factory calibration traceable to national metrological standards (China NIM). Designed for routine QC/QA workflows, academic research labs, and regulated environments—including those operating under GLP or GMP frameworks—the IDP C integrates hardware-level precision with software-driven traceability.

Key Features

  • Intelligent Motor Control System: Ten programmable aspiration/dispense speed profiles enable optimized handling of low- and high-viscosity liquids—e.g., glycerol, serum, or ethanol—without manual adjustment.
  • Real-Time Parameter Display: High-contrast monochrome LCD renders volume setting, mode status, battery level, and current speed tier with sub-second refresh rate—reducing visual fatigue during extended benchwork.
  • Ergonomic Architecture: Weight distribution (92–98 g depending on model), tapered grip contour, and medical-grade silicone sleeve minimize hand fatigue over >200 daily pipetting cycles; validated per ISO 5349-1 hand-transmitted vibration thresholds.
  • Five-Way Joystick Interface: Tactile, sealed silicone-dome actuator enables single-hand operation for volume selection, speed modulation, and mode switching—eliminating reliance on menu navigation during time-sensitive protocols.
  • Smart Tip Ejection Mechanism: Capacitive-sensing ejection button provides haptic feedback, automatic plunger reset, and cumulative tip count logging—supporting maintenance scheduling and consumables inventory management.
  • Universal Tip Compatibility: Precision-machined tip cone ensures consistent sealing force across third-party ISO-conforming tips, verified at 100%, 50%, and 10% of nominal volume per ISO 8655-2 Annex D.

Sample Compatibility & Compliance

The IDP C series accommodates aqueous buffers, cell culture media, organic solvents (e.g., methanol, DMSO), protein-rich matrices (serum, plasma), and detergent-containing solutions—validated using reverse pipetting for surfactant-laden samples and forward pipetting for high-accuracy aqueous transfers. All models comply with ISO 8655-2:2022 (volumetric accuracy and precision), ISO 8655-5:2022 (electronic pipette functional requirements), and IEC 61326-1:2013 (EMC for laboratory equipment). Firmware supports configurable audit trails, user authentication, and electronic signature capture—enabling alignment with FDA 21 CFR Part 11 and EU Annex 11 data integrity expectations when used in conjunction with validated LIMS or ELN systems.

Software & Data Management

Firmware is updatable over-the-air (OTA) via Wi-Fi or tethered USB connection, ensuring continuous compliance with evolving regulatory guidance without hardware intervention. The Co-AICal™ calibration engine—protected under Chinese Invention Patent ZL202210XXXXXX.X—performs multi-point adaptive recalibration using onboard temperature and pressure sensors, reducing annual external calibration frequency by up to 50% while maintaining ISO 8655 traceability. Configuration and protocol storage are managed through the Coevos WeChat Mini Program, which allows secure Bluetooth pairing, parameter presetting (volume, speed, mode), and firmware version monitoring—all without requiring proprietary desktop software. Audit logs record timestamped events including calibration actions, user logins, and critical operational changes.

Applications

  • High-throughput assay setup in 96-/384-well microplates for ELISA, qPCR, and enzymatic activity screening
  • Precision dilution series preparation in analytical chemistry and pharmaceutical stability testing
  • Cell suspension handling in stem cell expansion and CRISPR transfection workflows
  • Standard curve generation requiring ≤1% volumetric uncertainty at sub-100 µL volumes
  • Regulated bioanalytical sample preparation under GLP conditions, where electronic records support inspection readiness

FAQ

What standards does the IDP C comply with for accuracy verification?
It conforms to ISO 8655-2:2022 for gravimetric performance testing and ISO 8655-5:2022 for electronic pipette functional specifications—including speed control linearity, battery endurance, and display fidelity.
Can the IDP C be calibrated in-house without external service?
Yes—using the built-in Co-AICal™ algorithm and certified reference weights, users may perform full-range multi-point calibration compliant with ISO 8655-6, with results exportable as PDF or CSV.
Is tip compatibility limited to Coevos-branded consumables?
No—it accepts all ISO 8655-conforming conical tips from major manufacturers, with mechanical seal verification performed at three volume points during factory acceptance testing.
How is data integrity ensured during firmware updates?
OTA updates employ signed binary packages with SHA-256 hash validation and rollback protection—ensuring no unauthorized or corrupted code execution.
Does the device support multi-user environments with role-based access?
Yes—firmware v2.3+ enables administrator/user accounts with configurable permissions for calibration, settings modification, and audit log viewing—aligned with ALCOA+ principles.

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