Fabthrive

Scan

Inspect

Deliver

We provide cutting-edge 3D scanning, BIM modeling, drone-based inspections, and civil & mechanical testing solutions.

Repair Consultation

Building Inspection

MEDIa

WHO ARE WE

We are a team of engineering, inspection, and BIM experts dedicated to transforming industries with precision technology and lifecycle support.

Our mission is to deliver safer, smarter, and cost-efficient solutions through 3D scanning, drone technology, and mechanical inspection services.

With years of expertise across construction, oil & gas, manufacturing, and infrastructure, we empower businesses to make data-driven decisions and achieve sustainable growth.

DO YOu What TO know how repairs should be done?

Our Process for Project Success

Capture. Analyze. Repair. Maintain.

Step 1: Capture & Inspect

We use 3D scanning, drones, and advanced inspection tools to capture high-precision data from your assets, structures, or facilities — even in hard-to-reach areas, and without downtime.

Step 2: Analyze & Report

Our engineers run BIM modelling, clash detection, defect categorization, and AI-powered analytics to identify risks, root causes, and exact repair needs. You get a clear, actionable report with severity levels and BOQ.

Step 3: Repair & Maintain

We provide step-by-step repair guidance, on-site consultation, and periodic inspections to ensure long-term structural health, cost efficiency, and compliance — keeping your operations running smoothly.

Frequently Asked Questions (FAQs)

What is 3D scanning and BIM modelling, and why is it important?

3D scanning and Building Information Modelling (BIM) capture precise as-built data using laser point clouds, which are then converted into Revit/FC models. This ensures accurate floorplans, sections, and elevations. It’s crucial for retrofits, capacity upgrades, and compliance because it eliminates guesswork, reduces errors on-site, and helps project teams work with exact measurements before construction begins.

How does drone inspection benefit industrial and infrastructure projects?

Drone inspections provide safe, cost-effective access to hard-to-reach areas like chimneys, flare stacks, under-decks, and tall structures without scaffolding or rope access. They capture 4K/8K high-fidelity imagery to create centimetre-level 3D models. This allows engineers to detect cracks, corrosion, and defects remotely, cutting downtime, improving worker safety, and enabling faster decision-making.

What is the advantage of using drones over traditional inspection methods?

Unlike manual inspections, drones reduce risk by avoiding hazardous climbs and save costs by eliminating the need for scaffolding. They also allow inspections during live plant operations, preventing costly shutdowns. With AI-powered analytics, defects are mapped and categorized by severity, producing data-driven insights that directly support predictive maintenance and budget planning. downtime, improving worker safety, and enabling faster decision-making.

What does a civil and mechanical inspection include?

Civil and mechanical inspections go beyond surface-level checks. Using non-destructive testing (NDT), material sampling, and load verification, experts identify the root cause of cracks, leaks, vibrations, or deterioration. Reports are severity-based (Critical, Major, Minor) with colour-coded risks, helping facility managers prioritize repairs and optimize budgets. downtime, improving worker safety, and enabling faster decision-making.

Do you provide repair guidelines after inspection?

Yes, every inspection report includes a step-by-step repair procedure. This covers surface preparation, material specifications, execution methods, and QA/QC checkpoints. The clear, jargon-free format ensures contractors or in-house teams can follow instructions confidently, reducing delays and ensuring quality repairs.

Can inspections and 3D scanning be done without halting operations?

Absolutely. Both drone inspections and 3D scanning are designed for zero operational downtime. Drone flights can take place during normal production, while 3D scanning generates BOQ and clash-detection reports without interrupting workflows. This minimizes disruption, keeps facilities running smoothly, and saves both time and money.

How does severity-based defect categorization help my project?

Severity grading organizes defects into Critical, Major, and Minor categories with colour-coded risk indicators. This allows plant heads and project managers to prioritize urgent safety issues first while scheduling less severe items into future maintenance cycles. It ensures efficient resource allocation and smarter long-term planning.

Do you offer ongoing support after the initial inspection?

Yes, inspection is just the first step. Our team provides on-site repair consultation during the execution phase to ensure methods and materials match the inspection report. Additionally, we offer periodic inspections (quarterly, semi-annual, or annual) to track asset health, update risk assessments, and maintain compliance throughout the lifecycle of your infrastructure.