The Science of Safe Lifting
Behind every compliant crane and safe lifting operation is rigorous engineering. When off-the-shelf solutions fail, or when modifications, repairs, and custom lifting equipment are required, you need chartered engineering expertise to design, verify, and certify the solution.
Our in-house team of structural and mechanical engineers are registered on the National Engineering Register (NER). We utilise advanced Finite Element Analysis (FEA) and classical calculations to solve complex lifting challenges, delivering practical, real-world solutions backed by legally defensible certification.
Engineering Standards
- NER CertificationNational Engineering Register chartered sign-off
- AS1418 & AS3990Crane design and mechanical equipment steelwork
- AS4024Safety of machinery - Design requirements
Engineering Capabilities
Comprehensive mechanical and structural engineering solutions.
Chartered Reports
Authoritative engineering assessments signed by NER-registered engineers.
Finite Element Analysis (FEA)
Advanced computer simulation to predict structural behavior under complex loading.
Design Verification
Independent 3rd-party review of lifting equipment designs against AS1418.
Modification Approval
Engineering design and approval for crane modifications and capacity upgrades.
Structural Calculations
Mathematical verification of structural integrity for lifting points and foundations.
Repair Procedures
Formally documented methodologies for structural welding and mechanical repairs.
Why It Matters
The risk of operating without proper engineering oversight.
Illegal Modifications
Altering a crane's structure without an engineer's design and approval immediately voids its registration and manufacturer warranty.
Improper Repairs
Welding a cracked boom without an engineered weld procedure often creates brittle heat-affected zones that fail violently.
Design Liability
Manufacturing custom lifting equipment without design verification shifts full criminal liability to the fabricator in the event of failure.
Our Process
Problem Definition
We consult with your team to understand the operational requirement, loads, environment, and constraints.
Analysis & Design
Our engineers perform hand calculations and FEA modelling to develop a safe, compliant, and manufacturable design.
Drafting & Procedures
Creation of detailed fabrication drawings, weld maps, and step-by-step repair or modification procedures.
Verification & Sign-off
Final review and stamping of designs or physical repairs by our Chartered Principal Engineer.