Industrial line boring, heavy equipment restoration, and precision engineering projects delivered across Nigeria — on-site, on schedule, and to exact specification.
The Evidence
We have successfully completed industrial line boring, heavy equipment restoration, and mechanical repair projects for companies across construction, transport, mining, marine, agriculture, and manufacturing sectors. The work shown here represents real equipment, real clients, and real operational challenges — solved with precision engineering.
Every project we take on is treated as a critical operation. When your equipment is down, your business is losing money. That is why we arrive prepared, execute with precision, and do not leave until the job meets specification.
Featured Work
A Komatsu PC300 excavator operating on an active Lekki construction site developed severe play and instability in the boom arm due to badly worn pivot pin bores. The machine was critical to the project's earthworks schedule.
A Caterpillar 3306 diesel engine powering a stationary generator at an industrial facility in Port Harcourt suffered catastrophic failure following sustained operation without adequate cooling system maintenance and missed service intervals.
A mid-size logistics company operating 30 commercial vehicles on Abuja–Lagos routes approached us after a spike in breakdown frequency, rising fuel consumption, and escalating repair costs over a 6-month period.
An offshore supply vessel operating out of Port Harcourt developed severe propeller shaft vibration and increased noise levels following extended deep-water operations. Survey identified the stern tube bore as the primary fault location.
A mining operation in Kano State presented three haul truck dump bodies with severe structural fatigue cracking, worn cutting edges, and bucket floor plate penetration from sustained quarry operation without inspection cycles.
Visual Evidence
The condition equipment arrives in — and the condition it leaves in. This is what precision engineering means in practice.
Original bore: 120mm spec. Worn condition: 126.4mm (+6.4mm). Post-boring: 125.00mm with precision bushing — restored to tolerance.
Journal wear: 0.35mm undersize with scoring. Post-grinding: 0.50mm undersize journals, mirror-finish surface, roundness within 0.005mm.
Bore wear: 4.2mm oversize. Shaft vibration: severe. Post-boring: bore restored, new bearing fitted at berth, laser alignment confirmed.
Workshop & Field
Real equipment. Real work. Replace these placeholders with your actual site and workshop photography.
Who We Work With
How Every Job Is Executed
Every project — from a single bore repair to a full fleet overhaul — follows the same disciplined engineering process. This is what separates precision engineering from guesswork.
Full condition survey of the equipment or fleet. Measurements taken, faults documented, and root cause identified before any work begins.
Engineering plan developed — tooling selected, material specifications confirmed, tolerances defined, and timeline committed to the client before work commences.
All boring, grinding, welding, and machining executed using calibrated equipment and verified tooling. No approximations — only measurement.
Post-repair measurements taken and recorded. Bore dimensions, alignment, surface finish, and functional operation verified against specification before sign-off.
Equipment returned to service with full job documentation — measurement records, parts used, and maintenance recommendations to prevent recurrence.
Let's Get to Work
Whether it is an urgent on-site bore repair, a full engine overhaul, or a long-term fleet programme — our engineers are ready to assess, plan, and deliver. Contact us today for a fast, accurate response.