When replacement parts are damaged, difficult to source, or no longer readily available, repair timelines can quickly stretch from weeks to months. For emergency vehicles, industrial equipment, and other high-value assets, that delay can directly affect uptime, readiness, and operations.

A fire truck repair workflow shows how ZEISS ATOS Q 3D scanning and additive manufacturing can create a faster path from damaged component to installed replacement.


1. Identify the Replacement-Part Challenge

During a fire department operation in Zlín, Czech Republic, a Magirus Iveco fire truck sustained damage to the rear plastic cover on its aerial ladder platform. The part needed to be replaced, but traditional sourcing could have extended equipment downtime for months.

For critical equipment, this is where scan-based repair becomes valuable. Instead of waiting on an unavailable or delayed part, teams can begin with the physical asset itself and build the repair workflow around real-world geometry.


2. Scan the Existing Geometry

The damaged area and surrounding truck geometry were captured on-site using ZEISS ATOS Q. Because the compact scanner can be brought directly to the equipment, the team was able to document the repair area without dismantling the vehicle.

That scan data provided the foundation for reconstructing the replacement cover around the actual truck geometry, including surrounding surfaces, mounting locations, and fit requirements.


3. Rebuild, Validate, and 3D Print

Using ZEISS INSPECT, the scan data supported reconstruction and model validation before the replacement cover moved into production on a large-format 3D printer. The part was printed in ASA, selected for UV stability, weather resistance, and exterior-use performance.

This scan-to-print workflow is especially useful for covers, housings, tooling, and replacement components where fit, durability, part size, and lead time all matter.


4. Return Critical Equipment to Service

After printing, the replacement cover was painted, assembled, and installed on the fire truck. From on-site scanning to final installation, the replacement was completed in less than two weeks, helping avoid a months-long sourcing delay.

For maintenance, repair, and overhaul teams, the benefit is clear: accurate 3D measurement data can help turn difficult-to-source components into validated, producible replacement parts.


Bring Scan-Based Repair Workflows In-House

MatterHackers helps businesses evaluate ZEISS scanning requirements, connect scan data to production workflows, and support deployment with technical guidance and onboarding assistance. From ZEISS ATOS Q to large-format 3D printers and engineering materials, MatterHackers can help teams build smarter workflows for reverse engineering, inspection, and replacement-part production.

Talk to a MatterHackers expert about ZEISS ATOS Q, scan-based repair workflows, and large-format 3D printing solutions.