OrbelのBeCuフィンガーストックガスケットは、高い減衰性能と機械的強度が求められる、繰り返し開閉する用途に最適です。

OrbelのGroove-Loc™ソリューションには、正確なフィットを実現するカスタムメイドの嵌合カバーが付属しており、はんだ付け性と耐腐食性に優れた洋白（ニッケルシルバー合金）が使用されています。

OrbelのEZ-Shield™ BLS技術は、標準およびカスタム設計の幅広いシールドソリューションを提供します。

Our gaskets are manufactured from a resilient open cell urethane foam core with a durable high performance electrically conductive copper-nickel plated nylon ripstop fabric.

Important factors that must be considered during gasket selection are RF impedance, shielding effectiveness, material compatibility, corrosion control, gasket height, compression force, compressibility, compression range, compression set, and environment.

As wireless devices continue to proliferate in medical facilities, noise reduction, increased immunity to wireless RF emissions, and EMI mitigation all need to be addressed and managed.

Orbel, the recognized leader in standard and custom Board Level Shielding, now offers the Groove-LocTM.

OrbelのEZ-Matrixx™プロトタイピングシールドは、ほぼすべてのプロファイルに適合する正方形または長方形のRFボードシールドに迅速かつ簡単に成形できます。

OrbelのHi-Flexファブリックオーバーフォーム製EMIガスケットは、EMIシールドに関するさまざまな課題に対応するため、さまざまな形状とサイズが用意されています。

There are many myths in the field of EMI/EMC, some of which are untrue, or only partially true, or based on misunderstanding. Most of these myths came about based on attempts to balance reality (accuracy) versus the time and cost spent on successfully solving EMI/EMC issues

Obtaining increased reliability means designing properly for the intended harsh environment. Better known environmental issues include extreme temperatures, vibration, shock, humidity, salt-fog, and corrosive solvents/ atmosphere.

This guide highlights the benefits of early investment in shielding, the various product features of board shields that Orbel provides, and how to procur them.

Multi-cavity board level shielding is an effective solution to combine many individual shields, which are in close proximity, into one PCB shielded enclosure.

Start to finish, from conception through delivery, Orbel offers today’s most effective board level shielding, finger-stock gaskets, metalized fabric gaskets, photo-etched precision metal parts, and precision metal stampings.

Along the way CAD systems were developed by driven software engineers. As this software evolved these programs began working in the world of three-dimensional parts, offering a screen view of a complete part.