Robotic Handling Systems
Keeping instruments fed and plates moving without a technician standing by is the job of robotic handling systems. Robotic arms and plate movers transport labware between readers, incubators, handlers and storage, tying separate instruments into a working cell. Buyers weigh the reach and payload of the arm, the labware it grips and how it integrates with the instruments around it, and they can compare new and used systems here. Listings describe the robot type and control, so you can judge fit for your workcell, and each robotic handling system sits within the wider Lab Automation, Robotics & Workstations range. Contact the seller to confirm the system integrates with your instruments and labware.
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Robotic Handling System Types
Robotic handling systems vary by the form of the robot and the range it covers. The variants suit plate transfer, storage access and flexible handling.
Articulated robotic arms
Multi axis arms that reach across a workcell to move plates between instruments. Their flexibility suits complex layouts and varied labware.
Plate mover and translocator systems
Rail or gantry movers that shuttle plates along a defined path. They feed instruments in sequence at high reliability.
Collaborative handling robots
Arms designed to work safely alongside staff without full enclosure. They automate transfer in shared bench space.
Storage retrieval robotics
Robots that pick and place plates into and out of automated stores. They deliver samples to instruments on demand.
Brands on Machinery Masters
The manufacturers featured here build robotic arms and handling systems for laboratory workcells. Their equipment moves plates, tubes and racks between instruments without operator intervention. The strip below reads off the Robotic Handling Systems listings currently live on Machinery Masters, so it tracks what sellers actually have in stock.
Latest Robotic Handling Systems Listings
Why Choose Machinery Masters
Verified Sellers Only
Every seller is verified before a single listing goes live. Machinery Masters also reviews listings for accuracy, so buyers can commit to high value machinery with confidence.
Global Reach
Listings come from sellers across Europe, North America, and beyond. That reach widens the options past any regional dealer network, and it is often the only way to find discontinued models in good condition.
Flexible Financing Options
Qualifying listings carry financing through partner providers. Terms are shown directly on eligible product pages, spreading the cost instead of draining working capital in one hit.
Direct Seller Contact
No broker sits between the buyer and the seller. Ask about service history, arrange inspections, and negotiate directly with the person who actually knows the machine.
Applications and Uses
Robotic handling systems move labware to keep automated workflows running. These are their core uses.
Plate transfer between instruments
Moving assay plates between readers, handlers and incubators in a cell. The robot keeps each instrument fed without manual steps.
Feeding high throughput screening
Supplying a steady flow of plates through a screening workflow. Reliable transfer keeps the campaign running at pace.
Automated storage access
Retrieving and returning plates to an automated store on demand. The robot links storage to the assay instruments.
Incubator loading and unloading
Placing plates into incubators and collecting them after timed steps. Accurate timing supports cell and kinetic assays.
Benefits from Machinery Masters
The marketplace lists robotic handling systems across arms and movers, each described down to reach and control.
Arms, movers and store robots together
Articulated arms, plate movers and storage robots sit in one category for comparison. That range lets you match the reach and payload of the arm or mover to your workcell.
Refurbished robots at a fair price
A serviced handling robot performs reliably for well under the new price. The saving can fund grippers, integration and a service arrangement.
Interface and labware fit confirmed with the seller
You confirm the control interface and the labware the gripper handles before buying. That check keeps the used robot aligned with your instruments.
Frequently Asked Questions About Robotic Handling Systems
Integration depends on the control interface and whether drivers exist for your instruments and scheduler. A robot that only speaks one vendor's protocol may need extra work to drive yours. List the instruments and the scheduler you use and check the robot supports them. Ask the seller about the control interface and any drivers included so you can judge the effort.
The arm must reach every instrument position and carry the labware weight without strain. Map the instrument layout and note the heaviest plate or stack the robot will lift. An arm sized to your cell moves reliably, while an undersized one struggles at the edges. Give the seller your layout so they can confirm the reach and payload suit.
Grippers are set up for particular plate and labware formats, and the wrong format slips or jams. Check the gripper holds your plate types securely, including any lidded or deep well formats. Confirm whether it can be adjusted or has interchangeable fingers. Ask the seller which labware the gripper is configured for so it matches yours.
Check the joints, drives and gripper for wear and backlash, since these affect placement accuracy over time. Ask whether the used robot has been serviced and whether it holds its positions repeatably. Worn joints cause missed placements and collisions. A unit with a clear service history and confirmed accuracy is a sound buy.
Message the seller directly and you can request a live demonstration or a video of the robot moving labware. With no go between involved, setting that up is simple. Sellers here are vetted, which adds assurance to the purchase of any robotic handling system. Set out the inspection terms before you finalise the deal.