VECO Precision Medical Parts Feature Micro Discs, Mesh and Screens

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VECO Precision Medical Parts are photo-etched from stainless steel, nitinol, and other materials to precise submicron tolerances with burr-free holes, slots, sharp edge definition, and other special features.

BURLINGTON, MA--(Marketwired - August 12, 2014) - VECO USA, Inc. has introduced custom manufactured micro parts for a wide range of medical instrumentation applications to control air-flow rates, fit into micro-sensors, magnetic stirrers, and more.

VECO Precision Medical Parts are photo-etched from stainless steel, nitinol, and other materials to precise submicron tolerances in thicknesses from 0.01 mm to 2.0 mm with burr-free holes, slots, sharp edge definition, and other special features. Capable of tolerances to +/- 0.01 mm and holes-slots to 0.02 mm for micro-filters, depending upon configuration, typical highly repeatable parts produced include flow plates, spacers, mesh, and screens.

Ideal for products requiring micro parts with greater precision than afforded by EDM or micro-stamping, VECO Precision Medical Parts can incorporate virtually any hole shape and pattern design, including complex apertures and slits. In addition to photo-etched parts, the firm can supply electroformed parts which are manufactured through electro-deposition to achieve high accuracy and repeatability.

VECO Precision Medical Parts are priced according to configuration and quantity. Price quotations are available upon request.

About VECO USA, Inc.

VECO USA, Inc., located in Massachusetts, is the United States sales office for Veco B.V. of the Netherlands. They are the leading manufacturing company of two-dimensional, metal precision Products. To meet customers' specifications in a wide variety of industries, Veco has developed high standards of performance in: Electroforming, Photo etching and Laser cutting. All three technologies offer a powerful combination of flexibility and precision in manufacturing standard and custom made products to meet exact OEM design requirements.