Automated Concrete Core Testing & Traceability System
Project Overview
Mexx engineered a fully automated laboratory system for handling and testing concrete core samples used in construction material verification.
The system integrates robotic handling, sample identification, surface preparation, curing storage, compressive strength testing and digital tracking within a coordinated automated workflow.
Each core sample is automatically identified, processed and tracked through the entire testing sequence, allowing full traceability from receipt through final strength results.
Engineering Challenge
Concrete testing laboratories process large volumes of core samples that must be individually prepared, tested and recorded while maintaining strict identification and traceability requirements.
Manual handling introduces several challenges:
- Sample mix-ups
- Inconsistent preparation
- Repetitive manual handling
- Fragmented data tracking
- Labour intensive workflows
The objective of this project was to automate the entire workflow from core receipt through final strength testing while ensuring that every sample remained uniquely identified and traceable throughout the process.
System Architecture
The automated laboratory system integrates several coordinated stages within a single controlled workflow:
- Automated sample collation and identification
- Robotic handling and transfer of core samples
- Automated labelling and barcode tracking
- Core surface grinding and preparation
- Controlled curing storage in pH-balanced water tanks
- Automated compressive strength testing
- Database logging and traceability for each sample
Each sample receives a unique identifier which follows the core through every processing step, allowing full tracking of preparation, curing time, testing results and sample history.
Compliance with Concrete Testing Standards
Concrete testing and sample preparation procedures must comply with recognised standards governing laboratory preparation and testing of concrete mixes and specimens.
These standards define procedures for preparation, mixing and specimen handling used in laboratory environments.
Automation systems must therefore support repeatable handling and accurate recording of preparation and testing conditions to ensure compliance with laboratory testing protocols.
Mexx Engineering Delivery Method
Automation projects involving robotics, laboratory equipment and data systems require careful integration between multiple disciplines.
Mexx delivers projects of this nature using a structured engineering approach that includes:
- Early definition of process workflow
- System architecture development
- Mechanical and automation integration
- Robotics and safety design
- Traceability and database architecture
- Staged design reviews and validation
- System commissioning and operational testing
This stage-gated development model reduces integration risk and ensures that complex automation systems operate reliably in real production environments.
Disciplines Involved
Projects of this type combine several engineering domains:
Mechanical system design
Robotics integration
Laboratory automation
Controls and instrumentation
Data tracking and traceability systems
Safety and guarding design
Why This Project Matters
Automating laboratory testing environments provides several advantages:
- Improved sample traceability
- Reduced manual handling
- Consistent preparation and testing procedures
- Integrated digital record keeping
- Increased laboratory throughput
This project demonstrates Mexx capability in developing fully integrated robotic systems that combine mechanical equipment, laboratory processes and digital tracking into a single engineered solution.
Discuss a Similar Project
Mexx specialises in complex automation and integrated engineering systems across manufacturing, materials testing and industrial processing.
If you are planning an automated testing or laboratory system, Mexx can assist with concept development, system architecture and structured project delivery.
