Tegra Medical products

Highlights: Achieve high accuracy and reproducibility with tight tolerances. Burr-free geometries. Machine complex shapes. Micro hole-drilling. .004- to .012-inch wire.

Highlights: Laser cutting – tubular and flat components. Laser welding - work with all metals and miniature components. Laser marking - marking and engraving to apply custom depth marks or logos. Laser drilling -  burr-free holes to .002 inches. Laser abrasion (or knurling) - abrade surfaces prior to bonding, molding, and spin welding. Echogenic patterns.

Highlights: Create myriad shapes and facets in multiple presentations. Robotic material handling and automated inspection for reproducible product and finish. Complemented by our thru-feed, in-feed, and electrochemical grinding.

Highlights: Swaging, bending, flaring, and coining. Sheet metal stamping. Augmented by nitinol shape setting.

Highlights: Micro injection-molded parts in millions of variations. Components weighing under 0.00004 oz (0.001g). Thin-wall molding with wall thicknesses as thin as 0.006 in (0.15 mm). Components molded consistently and with extreme precision. Expert, in-house mold building and decades of experience.

Highlights: Combines two different thermoplastics into a single component. Creates complex, multi-color, multi-material components. Consolidates the number of parts. Bonds are stronger than those from joining separate parts after molding. Lower tolerances. Improved repeatability and accuracy. Uses turntable technology, index plate systems, and core-back technology as needed. Expert, in-house mold building and decades of experience. Also known as overmolding and double-shot molding.

Highlights: Wire, Tubing, Sheet metal.

Highlights: Accurate, repeatable holes with excellent surface finishes. Straightness tolerances of .001” (.025mm) per foot. Concentricity tolerances of .001” (.025mm) per inch. Hole diameter tolerances of +/- .0005” (.0127mm). Finish tolerances as low as 4 Ra. Burr-free intersections. Consistent reproduction from hole to hole.