Robotic Laboratory Assistant

Introducing the next generation of Robotic Lab Assistants

Astech’s Robotic Lab Assistant® (RLA) is the next generation of laboratory technology, bridging the gap between manual and automated processes through four core, dynamic configurations - Autonomous Mobile Robot (AMR), Flexible-cell, Linear Track, and Pushable Cart. Highly flexible and efficient, the RLA deploys advanced automation technology to collaboratively integrate into your workforce, taking on the repetitive tasks that slow down staff and exponentially expanding the capabilities of your lab.

Talk to us about your project requirements

Why Choose RLA?

Features & Benefits

The RLA benefits from fast and flexible deployment, advanced functionality, and intuitive interfaces that set them apart from traditional collaborative robotics that exist on the market. Each unit is capable of standard functionalities like picking, packing, and transporting, but they come packed with advanced tech to transform your lab, including multi-axis motion, lights out operation, and CAD match vision.

Seamless integration and solid infrastructure
Astech’s RLAs are system integrable, and require no changes to existing systems or infrastructure to ensure minimal disruption to workflows at the time of deployment and beyond. Easily integrates with existing ERP, WMS, and workflow scheduling software, RLA equipment can be navigated with little to no changes to your facility. Smooth integration guaranteed, with no modifications to your current operations

Seamless integration and solid infrastructure

Astech’s RLAs are system integrable, and require no changes to existing systems or infrastructure to ensure minimal disruption to workflows at the time of deployment and beyond. Easily integrates with existing ERP, WMS, and workflow scheduling software, RLA equipment can be navigated with little to no changes to your facility. Smooth integration guaranteed, with no modifications to your current operations

Types of RLA

4 Core Configurations

We have developed four core Robotic Lab Assistant configurations with unique, defined features - Autonomous Mobile Robot (AMR), Flexible Workcell, Pushable Cart, and Linear Track. Each can be altered and added to to suit your project requirements.

Autonomous Mobile Robot

The Autonomous Mobile Robot (AMR) platform RLA can be remotely controlled to traverse inclines and advanced obstacles, including confined spaces, ramps, elevators, doors, and gates. Capable of independent operation, the Autonomous Mobile Robot RLA can also be configured to work as part of a fleet.

Identify objects and overhead obstacles up to 1.4 metres high for safe operation with advanced 3D space navigation
Connect with other AMRs to create an adaptable and versatile workspace
Payload of 3kg/6 Axis // Pneumatic and Servo end effector options
Rugged terrain navigation allows the AMR to effortlessly traverse 5% inclines, carpets, bumps, and cable tidies
Wise I/O interface to remotely control doors, elevators, and more for seamless automation
Capable of avoiding static and moving obstacles

Make an enquiry

Pushable Cart

Pushable robot trolley’s greatly enhance the flexibility of laboratories and other workspaces, benefiting from easy manual mobility and simple plug-and-play functionality that allow it to be moved from room to room. A pushable cart configuration is ideal for simple workflows that involve pick and place tasks with a smaller number of devices or instruments.

Payload - 3kg/4 Axis // End Effector Options - Static
Automatic April Tag detection in the workspace, eliminating the need for re-teaching after moving the cart
24/7 operation with a connected power supply, but battery operation is also possible, increasing flexibility for untethered use
Plug and play functionality for simple setup and immediate operation
Utilise compressed air and vacuum supplies for diverse applications
Interface directly with objects on a bench or operate as a standalone unit

Make an enquiry

Linear Track

The Linear Track RLA is a lab track system that allows safe and efficient worker, robot collaboration. This lab assistant robot is track-mounted, and has extensive working reach over extended platforms with track lengths up to 7 metres available. Able to quickly traverse over ±360°, and across linear motion axis’, linear robot tracks are a space-saving way to efficiently manage complex workflows that involve numerous devices in a compact space.

Payload - 5kg/6 Axis // End Effector Options - Manual Tool Change
Compact footprint for a space-saving design with highest workspace density
No localisation complexities mean enhanced movement reach without the complexities of an AMR
Supports the use of compressed air and vacuum supplies for diverse applications
Automatically detects April Tags, eliminating the need for re-teaching after repositioning
24/7 operation, continuous performance with a connected power supply

Make an enquiry

Flexible Workcell

The Flexible-cell RLA features a central robot integrated with a portable cart system for streamlined operations that can be adapted to your laboratories changing needs. The workcell integrates with a central control system for energy and communication connections, from which individual workspaces with instruments, storage, and PC equipment can be set up.

Payload - 10kg/6 Axis // End Effector Options - Automatic Tool Change
Flexible workflows can be configured with a varying numbers of devices and instruments. The workcell can be moved between rooms.
Automatic April Tag detection, removing the need for re-teaching after repositioning carts or equipment
24/7 operation allows labs to achieve uninterrupted performance with a connected power supply
Supports the use of compressed air and vacuum supplies for diverse applications.
Rapid 360° motion means a single robot can quickly traverse ±360° for comprehensive coverage

Make an enquiry

Robotic Lab Assistant® FAQs

There are unlimited advantages to deploying Robotic Lab Assistants within a laboratory environment. RLAs are compact, but powerful machines that engage superior vision capabilities, tool change and motion functions, and more.