Saffier Producten

Saffier wordt gebruikt in het ruime gamma van medische en laser-toepassingen, hoofdzakelijk vanwege zijn unieke eigenschappen. Saffier heeft een hoge sterkte en duurzaamheid, bio-overeenstemming, spectrumbreedte van 200 tot 3500 nm en thermische geleidvastheid die 28 maal hoger ligt dan die van quartz of optisch glas.
 

Samen zorgen deze eigenschappen voor optimale resultaten van uw systeem.
 

• Saffier kijkvensters voor hoog puls-licht of cosmetische laser operatie toepassingen.
   

• Saffier filters en spiegels.
   

• Saffier lenzen voor medische optiek, laser optiek en beeldweergave/render-toepassingen.

Introduction
 

The Masterpiece RF team together with Elipse Engineering, both leaders in radio frequency technology, faced the challenge of manufacturing a Radio Frequency Distribution Unit (RFDU) that was initially specified to be 5-6U in size with connectorized components. Both RF teams, committed to exceeding expectations, proposed an innovative solution that not only fulfilled the customer's requirements but also set a new standard for the production process.

Challenge
 

The task was to design an RFDU that met strict size specifications while maintaining cost-effectiveness, reliability, and efficient heat management.

Solution
 

The RF teams of Masterpiece Tech and Elipse Engineering developed together an innovative approach by recommending the adoption of Surface Mount Technology (SMT) components. This pivotal choice resulted in the development of a sleek 1U drawer, effectively halving the unit's size and substantially lowering production expenses. Furthermore, the engineers crafted a tailored Printed Circuit Board (PCB) circuit to enhance the new design further.

Implementation
 

1. SMT Integration:
   The use of SMT components facilitated a significant decrease in unit size while also enhancing performance, reducing costs, and optimizing heat  dispersion. 

2. Custom PCB Circuit: Both RF teams meticulously crafted a specialized PCB circuit tailored to the unique requirements of the RFDU unit. This bespoke design played a crucial role in optimizing electrical performance and overall functionality.

3. Cost-Efficiency: The innovative use of SMT components, coupled with the streamlined design, resulted in a 50% reduction in production costs, exceeding initial expectations.

4. Enhanced Reliability: The new design not only met the specified electrical requirements but also enhanced Mean Time Between Failures (MTBF) due to improved heat distribution and component efficiency.

​

Results
 

1. Size Revolution: Masterpiece Tech together with Elipse Engineering successfully transformed the RFDU unit from a 5-6U configuration to an ultra-compact 1U drawer, meeting both space constraints and industry standards.

2. Cost Savings: The implementation of SMT components and the redesigned unit led to a substantial 50% reduction in production costs, offering significant financial advantages.

3. Reliability Boost: The optimized design and efficient heat distribution resulted in a notable improvement in the unit's reliability, ensuring consistent performance under diverse conditions.

​

Conclusion

​

Masterpiece Tech and Elipse Engineering's RF teams visionary approach not only met the client's initial requirements but set a new standard for RFDU unit manufacturing. 

​

By embracing SMT components and redefining the design, Masterpiece Tech and Elipse Engineering showcased its commitment to innovation, cost-effectiveness, and reliability. 

​

This case study exemplifies our ability to deliver groundbreaking solutions that transcend conventional expectations and position’s us as an industry leader in RF technology.