Reproducibility
Protocol-locked liquid transfers that execute identically every run, eliminating operator-dependent variability.
Automated Liquid Handling for Scaling Labs
Walk-away pipetting that holds precision across every plate.
A moving-head liquid handling system with independent channel control, a reconfigurable deck, and protocol-driven software — built for labs ready to move beyond manual pipetting.
- CV ≤ 1.5% across calibrated volume ranges
- Independent channel movement with liquid-level sensing
- Quote turnaround within one business day
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Built for
Genomics Core LabsClinical DiagnosticsPharma R&DContract Research Organizations
Key Specifications
Deck Capacity Up to 12 SBS-format positions
Pipetting Channels 8 independent + 96-channel head
Volume Range 0.5 μL – 5 mL per channel
Software Drag-and-drop protocol builder
Throughput
Process full plates in minutes with multi-channel stamping and parallel independent-channel workflows.
Integration
Open deck architecture with gripper access for plate readers, thermal cyclers, and shaker modules.
Support
Direct application guidance on deck layout, protocol design, and practical deployment.
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Product description
This benchtop moving-head system is designed for labs transitioning from manual liquid handling to automation — without the complexity or footprint of fully integrated robotic lines.
For technical evaluators, the focus is on channel independence, aspiration accuracy, and cross-contamination control through disposable tip management and liquid-level sensing.
For lab directors and operations leads, it provides a clear upgrade path from manual throughput to walk-away automation as protocol demand, sample volume, and team capacity grow.
- Walk-away automation for routine liquid transfer workflows
- Independent channel control for flexible reformatting
- Scalable from simple transfers to multi-step protocol sequences
- Architecture
- Moving-head gantry with X/Y/Z positioning over a reconfigurable SBS-format deck.
- Team Fit
- Accessible to bench scientists and lab managers — no robotics expertise required for standard protocols.
- Workflow Fit
- Optimized for NGS library prep, sample normalization, serial dilutions, and plate reformatting.
- Operational Fit
- Benchtop footprint with expansion paths for integrated peripherals and higher-throughput heads.
Visual proof for technical and procurement review
Use this gallery area for trust-building visuals such as ergonomic close-ups, in-use bench context, compatibility detail, and packaging clarity.
Full system view with deck loaded and pipetting head in position.
Independent channel head close-up showing tip attachment and liquid-level sensors.
Protocol builder software interface on connected laptop.
System installed on lab bench with integrated shaker and tip waste.
Tip: press Enter to expand, then use Left/Right arrow keys to navigate.
Why teams shortlist this pipette line
01
Independent Channels
Flexible aspiration across tubes, plates, and reservoirs
Each channel moves independently in Z, enabling cherry-picking, reformatting, and variable-volume transfers within a single protocol run.
02
Walk-Away Protocols
Set up once, execute unattended
Protocol-driven software locks each step — aspiration, dispense, mix, tip change — so runs complete without operator intervention.
03
Modular Deck
Reconfigure for any workflow in minutes
SBS-format positions accept microplates, tube racks, reservoirs, and tip boxes. Swap layouts between protocols without tools.
04
Software Control
Drag-and-drop protocol design with full audit trail
Visual protocol builder with step-level parameter control, run logging, and exportable reports for validation and compliance.
What lab teams say after rollout
Operational feedback from independent and growing labs balancing reproducibility, speed, and budget.
Throughput gain
"We moved our NGS library prep from manual to automated and cut hands-on time by over 60%. Run-to-run consistency improved immediately and our fail rate dropped."
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Workflow flexibility
"The independent channels let us cherry-pick from tubes to plates without manual reformatting. What used to take a technician two hours now runs unattended in twenty minutes."
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Fast evaluation
"Getting a system quote was straightforward — we shared our deck requirements and application list, and received a tailored configuration within a day."
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Ergonomics impact
"Our technicians were spending four-plus hours a day on repetitive plate fills. After deploying the system, they shifted to higher-value analytical work and RSI complaints disappeared."
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Scalable adoption
"We started with basic plate-to-plate transfers, validated performance, and then expanded into serial dilutions and normalization protocols. The software made each step easy to add."
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Application support
"Application support helped us optimize our deck layout for a hit-picking workflow we thought would need a much larger system. The fit was better than expected."
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Technical specs and compatibility
Designed for fast technical review. Final compliance and warranty wording remains marked until approved documentation is published.
| Pipetting channels | TODO: finalize independent channel count and optional 96/384-head configurations. |
|---|---|
| Volume range | TODO: publish calibrated min/max per channel type. |
| Deck positions | TODO: confirm SBS-format position count and compatible labware list. |
| Dimensions & weight | TODO: publish system footprint (W × D × H) and shipping weight. |
| Software & connectivity | TODO: confirm OS compatibility, export formats, and LIMS integration options. |
| Warranty and service | TODO: publish approved policy wording and service-level expectations. |
Built for the highest-priority lab segments
Priority 01
Genomics & NGS Labs
Challenge: Need reproducible library prep with minimal hands-on time and low cross-contamination risk.
Value: Protocol-locked automation with disposable tip management and full run traceability for sequencing-ready outputs.
Priority 02
High-Throughput Screening
Challenge: Need to process hundreds of plates per week with consistent volumes and fast turnaround.
Value: Multi-channel stamping and parallel independent-channel workflows that sustain plate throughput without operator fatigue.
Priority 03
Clinical Sample Processing
Challenge: Need validated, audit-ready liquid transfers with strict traceability and contamination controls.
Value: Software-enforced protocols with run logging, tip tracking, and exportable audit trails for regulatory documentation.
Get a system recommendation matched to your workflows.
Share your application list and throughput needs — we'll respond with a tailored deck configuration and a clear quote path.
Commercial clarity
Quote-first pricing path
Choose a direct quote path for a system configuration matched to your workflows, or browse available configurations for immediate evaluation. Structured for teams assessing throughput, integration, and long-term fit.
- Planned TODO: add available system tiers and configuration options.
- Planned TODO: add quote turnaround and deployment timeline expectations.
- Planned TODO: add validation, training, and service-level documentation.
Frequently asked questions
Answers focused on practical buying and implementation questions from lab managers, scientists, and startup founders.
What applications is this system best suited for?
The moving-head architecture handles a wide range of liquid transfer workflows including NGS library prep, serial dilutions, sample normalization, plate reformatting, and hit-picking. Share your application list through the quote path for a fit assessment.
How long does it take to train a team on the system?
Most bench scientists are running standard protocols within one to two days. The drag-and-drop software interface is designed for lab users, not automation engineers.
Can the deck be reconfigured between different protocols?
Yes. Deck positions accept standard SBS-format labware — microplates, tube racks, reservoirs, and tip boxes. Layouts can be swapped between runs without tools.
Does the system support integration with other lab instruments?
The open deck architecture supports gripper-accessible peripherals. Common integrations include plate readers, thermal cyclers, and shaker modules. Contact us with your integration requirements for compatibility guidance.
Are these final compliance and validation claims?
No. This page includes intentional placeholders where compliance-sensitive wording must be finalized with approved product and validation documentation.
Quote-first path