Low Outgassing Stable Magnets Assist Brazilian Medical Component Factory for Diagnostic Device Production
August 18, 2026
1.Client Profile
Client: Brazil Medical Equipment Component Factory A Brazilian manufacturer specialized in magnetic actuator parts for portable medical diagnostic instruments and patient rehabilitation devices. They audited three magnet suppliers before cooperation, and were bothered by inconsistent pull force and expensive charges for non-standard magnet notch adjustment.
2.Core Pain Points
Uneven magnetic pull force between batches leads to unreliable actuator movement and inconsistent diagnostic test results. Most suppliers charge extra fees repeatedly when adjusting notch and mounting features for medical assembly fit. Normal coating materials may release volatile substances, failing to meet the clean requirements for medical enclosed modules. Long sample lead time slows down their medical product registration and market launch plan in South America.
3.Customized Solutions
Tight Pull Force Control: 100% flux screening for finished magnets, stable sintering and machining parameters to guarantee consistent pull force of each batch. Free Minor Notch Tool Revision: Free fine adjustment of notches and positioning features in the development phase without hidden fees. Medical-Grade Surface Option: Standard nickel coating for general actuators; low-outgassing epoxy coating available for sealed medical modules. Efficient Sample Process: Dedicated sample contact replies within 24 hours, prototype lead time within one week.
4.Project Results & Client Feedback
Recurring monthly bulk orders for 10 months. Actuator malfunction complaints from medical device assemblers dropped by over 78%.
Client comment: Medical devices have strict standards for magnet stability and material safety. This supplier understands our requirements well. They do not overcharge for small structural changes, and every batch maintains consistent pull force. We will continue cooperating for our next-generation diagnostic products.