Other services
In addition to automation and fixtures, FiXar supports industrial clients with precise build-to print manufacturing, 3D measurement services, reverse engineering and reliable sparts parts for long-term operational continuity.
Our Other services
Build to print Services
Build-to-print projects involve manufacturing and assembling components or systems strictly according to customer-provided technical drawings and specifications. They ensure accurate execution, consistent quality, and full compliance with defined requirements, without deviation from the original design intent.
Fixar delivers build-to-print projects with a strong focus on precision, reliability, and efficient production, translating your designs into high-quality, ready-to-use solutions including in-house made 3D measurement reports.
Industries
- Aerospace
- Automotive
- Diversified Markets
Reverse Engineering Services
Reverse engineering involves capturing and reconstructing existing components into accurate digital models for analysis, reproduction, or optimization. It enables the recovery of design intent, supports modifications, and facilitates integration into modern production workflows.
Fixar delivers precise reverse engineering services that transform physical parts into high-quality CAD data, supporting redesign, validation, and manufacturing continuity.
Industries
- Aerospace
- Automotive
- Diversified markets
Discover Our Projects
Curious how our industrial automation solutions perform in practice? Explore real-life projects where precision, repeatability and process control are key.
FRequently asked questions
Can build-to-print services support low-volume as well as high-volume production?
Absolutely. FiXar supports everything from prototype and small-batch production to larger manufacturing volumes. We tailor our approach to meet your production needs while maintaining the same commitment to quality and reliability.
Can FiXar manage the complete production process?
Yes. FiXar can oversee the entire process, including procurement, manufacturing, quality control, assembly, and final delivery. We act as a reliable partner to ensure that your products are delivered on time and according to specification.
What information is required to start a build-to-print project?
To begin a build-to-print project, we typically require technical drawings, 3D CAD models, bills of materials (if applicable), quality requirements, and any specific instructions related to materials, surface treatments, testing, or assembly.
What deliverables are provided after a reverse engineering project?
Depending on your project requirements, FiXar can provide STL files, fully editable CAD models in STEP (STP) format, 2D technical drawings, and detailed documentation to support manufacturing, quality control, or further product development.
What types of parts can be reverse engineered?
FiXar can reverse engineer a wide variety of components, ranging from small precision parts to large assemblies. Our services support industries such as automotive, aerospace, manufacturing, construction, pharmaceuticals, and many others.
What deliverables can I expect after the measurements have been completed?
Depending on the agreed scope of work and the measurement method used, FiXar can provide a range of deliverables, including:
- A detailed 3D measurement report, including colour maps and other relevant analysis features;
- An STL file of the measured component or product;
- A STEP (STP) file and corresponding 2D drawings of the measured product for further engineering or manufacturing purposes.
All deliverables are tailored to meet the specific requirements of your project.
Can you perform measurements on-site at our facility?
Yes. Most of our measurement equipment is portable and allows us to carry out inspections directly at your facility, minimizing downtime and eliminating the need to transport large or critical components to an external laboratory.
Do you provide support after delivery?
Yes. FiXar remains involved after delivery through start-up support, optimisation, technical assistance and maintenance advice. This ensures that the industrial automation system continues to perform reliably throughout its lifecycle.
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