MicroTasker®
MicroTasker® is an ultra-fast, general-purpose modular
laboratory robot designed to automate a wide range of routine laboratory
tasks within an exceptionally small footprint. Requiring only 24
inches (2 feet) of linear bench space, MicroTasker® delivers powerful
automation performance without occupying valuable lab real estate.
This small-footprint robotic workstation
automates everyday laboratory operations—including analytical weighing,
liquid handling, barcode identification, sorting, mixing, transfers, and sample
preparation—with high speed, precision, and complete data traceability.
Key Functions
- Analytical
weighing (0.1 mg / 0.01 mg / 0.001 mg)
- Dilutions
- Liquid–liquid
extractions
- Vortex
mixing
- Transfers
& aliquoting
- Barcode
scanning (1D & 2D)
- Sample
sorting & cherry-picking
- Automated
capping & uncapping
- Flexible
use of customer-preferred consumables
- LIMS-ready data capture and reporting
Typical
Applications
- Analytical
and QC laboratories
- Pharmaceutical
& CRO workflows
- Sample
and standard preparation
- High-throughput
weighing and liquid handling
- Space-constrained
R&D environments
- Regulated
and compliance-driven laboratories
Key Technical
Specifications
- Deck
Capacity:
Up to 8 microplate racks or custom labware
equivalent
- Analytical
Weighing Accuracy: 0.1 mg, 0.01 mg, 0.001 mg (configuration dependent)
- Liquid
Handling Accuracy:
<
1> (sub-microliter precision)
- Robotic
Precision & Repeatability:
<
0> movement accuracy
- Sample
Identification:
1D & 2D barcode scanning
- Labware
Compatibility:
User choice of disposables and
labware
Data Integrity
& Compliance
- Every
robotic step is automatically recorded and logged
- Maintains
a complete forensic sample history
- LIMS-compatible data management
- Supports
21 CFR Part 11 compliance options
- Suitable
for GLP-regulated laboratories
MicroTasker® enables laboratories to automate more tasks,
faster, in less space, while ensuring precision, traceability, and
regulatory compliance—all in a compact, flexible robotic platform.