Lomond Robotics / Laboratory & engineering systems
Lab automation, robotics, and AI implementation in laboratories, sized to your lab, not a catalogue platform
Lomond Robotics builds and integrates custom systems for chemistry and biochemistry labs and engineering teams: practical AI-harness implementation, laboratory automation, robotics implementation, and bespoke lab solutions for anyone who needs a complete working setup rather than an oversized platform contract.
AI needs real data. Lab automation closes the loop.
Connect AI models to physical experiments, capture measurements, and feed the results back into the next decision.
One contact from problem to working system
I work with labs and engineering teams on AI-harness implementation, laboratory automation, robotics implementation, and bespoke lab solutions, including full turnkey setups where you specify what you need and I deliver it ready to use, at a scale that actually fits your lab.
AI-Harness Implementation
Purpose-built scaffolding around AI models for lab and engineering use: tool use, data interpretation, decision support, and evaluation, wired into your existing instruments and processes with the auditability and reliability a lab actually needs, not a chatbot bolted on top.
Laboratory Automation
Automation of chemistry and biochemistry workflows: liquid handling, sample processing, instrument control, and repetitive assay steps, sized to your throughput and budget, not a one-size-fits-all platform.
Robotics Implementation
Robotic arms, end-effectors, motion control, and integration into lab or bench workflows, with custom sensors, actuators, controllers, and embedded systems built around your specific equipment and environment.
Bespoke Lab Solutions
Full turnkey builds: measurement devices, engineering prototypes, and complete instrument supply, sourced, configured, integrated, and handed over as one working system from a single point of contact.
Data Processing & Analysis
Custom pipelines for capturing, cleaning, storing, and visualising measurement data from instruments, sensors, or lab equipment.
Engineering Prototypes
One-off devices, proof-of-concept builds, measurement fixtures, and custom hardware for requirements that do not fit any off-the-shelf product.
HOW WE WORK
A practical route from idea to implementation
Clear scoping first, then prototypes, tests, and integration.
Scope
Define the problem, constraints, environment, and what success should look like before committing to a build.
Design and Prototype
Sketch the solution, choose hardware and software, and build enough to prove the important parts.
Test
Check measurement quality, reliability, safety, usability, and integration risks before wider use.
Implement
Install, document, train, and refine the solution so it can be used by the people who need it.