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Coevos IDP X Series Adjustable Spacing Electronic 6-Channel Pipette

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Brand Coevos
Origin Beijing, China
Model IDP X 6-Channel
Instrument Type Electronic Multichannel Pipette
Channels 6
Volume Range 125–1250 µL
Maximum Capacity 1250 µL
Automation Level Motorized
Compliance Designed for GLP/GMP-aligned workflows
Software Integration Co-Link™ bidirectional communication protocol
Calibration Auto-alignment on startup, 14-point calibration support
Display Integrated capacitive touchscreen interface
Ergonomics Rotatable lower tip carriage, vibration-free spacing adjustment
Certified Compatibility ANSI/SLAS standards for microplate formats (96-, 384-, 48-, 24-, and 12-well plates)

Overview

The Coevos IDP X Series Adjustable Spacing Electronic 6-Channel Pipette is an engineered solution for precision liquid handling in high-throughput life science laboratories. Built upon Couette-flow-driven motorized actuation and digitally controlled piston displacement, the IDP X implements a closed-loop feedback system to maintain volumetric accuracy across variable tip spacing configurations. Unlike fixed-pitch multichannel pipettes, this instrument dynamically adjusts inter-tip distance—ranging from 4.5 mm to 26 mm—to match standard ANSI/SLAS-compliant microplate geometries without mechanical reconfiguration or accessory swaps. Its architecture supports reproducible delivery in applications demanding traceable process control, including ELISA assay setup, cell-based screening, qPCR plate preparation, and FACS sample aliquoting. The device operates within ISO 8655-2:2022 defined tolerances for electronic piston pipettes and incorporates design features aligned with FDA 21 CFR Part 11 requirements for electronic record integrity.

Key Features

  • Motorized adjustable spacing: Seamless transition between 4.5 mm (384-well), 9 mm (96-well), 13 mm (48-well), 19 mm (24-well), and 26 mm (12-well) pitch configurations via touchscreen or preset shortcuts
  • Vibration-free linear actuation: Precision-guided carriage system eliminates mechanical jitter during spacing change, preventing droplet formation or tip misalignment
  • Auto-calibration sequence: On power-up, the system performs real-time optical detection of tip position and recalibrates spacing offset to ±0.02 mm accuracy
  • Multi-mode dispensing logic: Supports forward, reverse, sequential, and repeat dispensing protocols with programmable aspirate/dispense speeds and blow-out volumes
  • Ergonomic modular design: Rotatable lower assembly enables angled access to deep-well plates or stacked racks; weight distribution optimized for extended use (≤1.2 kg)
  • On-device memory: Stores up to 20 user-defined protocols with volume, speed, spacing, and mode parameters; exportable via USB-C or Co-Link™ wireless sync

Sample Compatibility & Compliance

The IDP X series accommodates universal low-retention and filtered tips meeting ISO 8655-6 specifications. It is validated for use with all major tip manufacturers (e.g., Eppendorf, Gilson, Rainin) and compatible with sterile, PCR-clean, and DNase/RNase-free consumables. Mechanical compatibility extends to ANSI/SLAS-standardized plate footprints—including non-standard layouts—via manual override of spacing presets. Regulatory alignment includes support for audit trails (timestamped operation logs), user authentication (PIN-based access tiers), and electronic signature readiness per 21 CFR Part 11 Annex 11. All firmware updates undergo version-controlled validation and are documented in accordance with ICH GCP and GLP principles.

Software & Data Management

Coevos Co-Link™ software provides bidirectional integration with laboratory information management systems (LIMS) and electronic lab notebooks (ELN). It enables remote calibration scheduling, firmware update deployment, and batch-level metadata tagging (e.g., operator ID, plate barcode, timestamp, environmental conditions). Raw operation logs—including volume dispensed, tip spacing used, error flags, and battery status—are stored in CSV/JSON format with SHA-256 hash integrity verification. Audit trail functionality complies with ALCOA+ principles (Attributable, Legible, Contemporaneous, Original, Accurate, Complete, Consistent, Enduring, Available) and supports automated report generation for internal QA review or regulatory inspection.

Applications

  • High-content screening: Uniform transfer across heterogeneous plate formats during compound library plating or siRNA transfection workflows
  • Diagnostics assay setup: Reproducible reagent addition to 96-well ELISA plates followed by 384-well confirmation arrays
  • Cell culture maintenance: Simultaneous feeding of multi-well differentiation plates with variable well geometry
  • Genomic workflow staging: Accurate distribution of master mix into both standard PCR strips and custom-designed thermal cycling plates
  • Biobanking operations: Parallel aliquoting of clinical samples into cryovials and barcoded storage plates with traceable volume assignment
  • Quality control testing: Routine verification of pipette performance using gravimetric analysis per ISO 8655-6 and USP

FAQ

What microplate formats does the IDP X support without hardware modification?
It natively supports 384-well (4.5 mm), 96-well (9 mm), 48-well (13 mm), 24-well (19 mm), and 12-well (26 mm) plates via software-controlled spacing adjustment.
Is the device compliant with ISO 8655 standards?
Yes—the IDP X meets ISO 8655-2:2022 for electronic piston pipettes and ISO 8655-6:2022 for performance testing methodology.
Can calibration data be exported for regulatory submission?
Yes—calibration certificates, raw gravimetric test results, and instrument configuration logs are exportable in PDF and machine-readable formats with digital signatures.
Does the system support integration with third-party LIMS platforms?
Through Co-Link™ API documentation and HL7/FHIR-compatible message templates, it interfaces with Thermo Fisher SampleManager, LabVantage, and STARLIMS.
What is the recommended maintenance interval for motorized components?
Coevos recommends preventive servicing every 12 months or after 100,000 actuation cycles, with full diagnostic reports generated via built-in self-test routines.

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