IQEG / ENGINEERING CAPABILITY

Cranes & Lifting Systems

Mechanical and structural engineering across overhead cranes, lifting equipment and their supporting systems—from machinery and bridge structures to runways, lifting points, inspection and commissioning.
SITE + EVIDENCE
CALCULATION FIRST
BUILDABLE OUTPUT
Greyscale view of an arched steel-and-glass railway station roof, seen from below.
CAPABILITY INDEX

WHAT WE DELIVER

Services On This Desk

01

Design, check and modify overhead travelling cranes — single- and double-girder

02

Assess jib, pillar, portal and gantry cranes against the supporting structure

03

Check bridge girders, box sections, stiffeners and diaphragms

04

Specify and review hoists, trolleys, shafts, wheels and wheel blocks

05

Design runway beams, rails, tracks, end stops and supporting steel

06

Investigate fatigue, flange bending, web behaviour and local buckling

07

Detail storm locks, tie-downs, anchors and outdoor restraints

08

Plan inspection, FAT, commissioning and defect close-out

09

Design lifting points, transport restraints and reassembly methods

TYPICAL APPLICATIONS

Equipment & Systems

Overhead travelling cranes

Jib, portal and gantry cranes

Hoists and trolleys

Runways, rails and supporting steel

Wheel blocks, shafts and wheels

Lifting points, special lifts and transport systems

PROJECT OUTPUTS

Typical Deliverables

Mechanical and structural design calculations

Crane and runway assessment reports

Inspection plans, reports and defect registers

FAT, commissioning and test documentation

Bridge, runway and connection drawings

Lifting-point, transport and reassembly details

Worked calculation
Crane girder web buckling
Calculation example
Plate buckling of a longitudinally stiffened web panel
HAVE AN ENGINEERING CHALLENGE?
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We'll IQ-Engineer It Into A Clear Solution.
0433 597 205
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