Build-to-print projects are used to manufacture components exactly according to customer-provided drawings, ensuring consistent quality, compliance, and reliable production outcomes.
Build-to-print refers to the manufacturing of components or systems strictly based on customer-provided drawings and specifications.
This approach is typically used when:
By following detailed technical documentation and quality standards, a controlled manufacturing process is achieved where precision, compliance, and reliability come together.
At Fixar, we start from the provided technical documentation and carefully analyse all specifications, tolerances, and quality requirements. We ensure full understanding before moving into production.
The process typically includes:
We guarantee strict adherence to your design, delivering consistent, high-quality results with full traceability.
Fixar guarantees a disciplined and transparent execution of your designs, with close attention to specifications and quality requirements. Communication remains clear throughout the project.
The result is a build-to-print solution that:
We provide full traceability, documentation, and support to ensure smooth integration into your production process.
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.
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.
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.
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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