Delivering strong magnetic performance and integration-friendly architecture within a compact footprint for ELISA, magnetic particle handling, and space-constrained bioanalytical devices.
Suitable for space-constrained equipment and modular systems.
Balances magnetic performance and application feasibility in a compact structure.
Designed for engineering implementation in ELISA and bioanalytical instruments.
Supports multiple sleeve, structure, and assembly options.
ELISA and bioanalytical devices require precise magnetic control in limited space while maintaining repeatability and manufacturability. Field strength alone is not enough for compact system integration.
Built around compact structure, magnetic capability, and engineering practicality, this solution helps balance size, magnetic performance, and integration needs.
Suitable for applications prioritizing light weight, machining convenience, and equipment integration.
Suitable for solutions requiring stronger structural support or specific magnetic circuit boundary conditions.
Suitable for scenarios that require greater openness and spatial freedom in the overall structure.
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Define footprint, target field region, and application goals with clearer integration boundaries.
Coordinate magnet placement, assembly method, and structural constraints.
Support custom delivery and transition into practical device integration.
