Pre-owned / Used 2017 HAMILTON ROBOTICS MICROLAB STARLET AUTOMATED LABORATORY LIQUID HANDLING WORKSTATIONS for Sale

Hardware Summary

Robust robotic platform with modular deck, precision pipetting, and flexible automation for complex liquid handling workflows.

Software Summary

VENUS control software enabling intuitive protocol design, scheduling, data handling, and workflow automation.

Accessories Summary

Compatible pipetting heads, tip carriers, plate stackers, barcode readers, and integrated modules for workflow expansion.

Hardware

The HAMILTON Microlab STAR is a high-performance liquid handling system designed for scalable and flexible laboratory automation. It features precision robotic arms with modular deck configurations that can be adapted to diverse workflows. With adjustable pipetting heads, carriers, and adapters, it supports small to large-scale projects in genomics, proteomics, molecular biology, and clinical diagnostics. Built for accuracy and reliability, it ensures reproducible results while reducing manual handling errors. Its robust engineering and customizable design make it suitable for high-throughput environments.

Software / Upgrade / OS / Applications / Worklist

The system operates using HAMILTON’s VENUS software, a user-friendly platform that enables seamless creation, modification, and execution of complex workflows. The software integrates scheduling, liquid handling parameters, and laboratory data management, ensuring smooth communication with connected instruments. VENUS supports method customization with drag-and-drop programming, enabling laboratories to adapt automation quickly to evolving needs. Compatibility with laboratory information management systems (LIMS) further enhances efficiency, data traceability, and compliance with regulatory standards.

Accessories

The Microlab STAR supports a wide range of accessories to expand its functionality. These include multiple pipetting heads, disposable and washable tip systems, plate stackers, barcode scanners, carriers for microplates, reservoirs, tubes, and labware. Additional modules such as heaters, shakers, vacuum filtration, and magnetic bead processing can be integrated for specific applications like DNA/RNA purification, ELISA, or next-generation sequencing library prep. The modular architecture ensures that labs can configure the STAR to meet both current and future workflow demands.

Warranty Inclusions & Exclusions

Warranty typically includes coverage for parts, labor, and service support for a defined period from purchase. Software updates, preventive maintenance, and technical support may also be included. Exclusions usually cover consumables like tips, reagents, or third-party accessories not supplied by HAMILTON. Damage due to mishandling, unauthorized modifications, or improper use is not covered. Extended warranty and service contracts may be available from HAMILTON to ensure long-term support and system reliability.

Service History

Service history may include scheduled preventive maintenance, calibration records, hardware upgrades, and software updates. Any repairs or part replacements performed by certified HAMILTON engineers are documented to ensure system compliance and reliability. Detailed logs support regulatory requirements and provide insights into system performance over time, helping laboratories maintain operational efficiency and traceability.

Packing List

The standard packing list includes the HAMILTON Microlab STAR base unit, robotic arm, pipetting head, tip carriers, deck modules, and initial consumables (pipette tips, reservoirs). It also includes VENUS software package, user manuals, power and communication cables, and standard accessories. Optional modules and accessories such as barcode readers, plate stackers, heaters, and shakers may be supplied depending on configuration.

Additional Information

The HAMILTON Microlab STAR is renowned for its precision, flexibility, and scalability in liquid handling automation. It supports applications across genomics, proteomics, molecular diagnostics, drug discovery, and clinical workflows. With customizable deck layouts, integration with third-party devices, and robust software, it is widely used in high-throughput laboratories, research institutions, and clinical facilities. The STAR platform is future-proof, supporting upgrades and expansion to adapt to evolving laboratory needs.