Medical/Surgical: PRODUCTS/MATERIALS

PRODUCTS

MTE supports clients that make or buy the following devices, sub-assemblies and components. We are seeking these as well as other development and production opportunities.

PRODUCTS: Implantable Devices & Components :: Hearing Devices :: Disposable Devices & Components

MATERIALS: Alloys :: Precious Metals :: Engineered Metals

Implantable Devices & Components

  • Anchow Tabs
  • Bone Braces
  • Defribillator Components
  • Cardiac Pacemaker Components
  • Electrodes
  • Lamitrodes
  • Lead Wires
  • Marker Bands
  • Micro-contacts
  • Orientation Markers
  • Radiopaque Markers
  • Stent Markers
  • Antennas

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Hearing Devices

  • Analog Hearing Aid Components
  • Artificial Cochlear Components
  • Digital Hearing Aid Components
  • Battery Contacts Gold Plated Contacts
  • Lead Frames
  • Micro-contacts
  • Variable Resistor Components

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Disposable Devices & Components

  • Alligartor Jaws
  • Battery Tabs
  • Biopsy Forcep Cups (Jaws)
  • Biopsy Needles
  • Bisector Blades
  • Blade Assemblies
  • Cardiac Instruments
  • Clevis
  • Distal End Componentry
  • Endscopic Devices
  • Expandable Extenders
  • Forceps Electrodes
  • Hot Forceps
  • Laparoscopic Devices
  • Restraint Bands
  • Ring Electrode Assemblies
  • Surgical Scissor Blades
  • Transmitter Contacts

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MATERIALS

The MTE team has extensive experience working not only with the common alloys, but also the high performance alloys and various tempers used in Telecommunications, Hearing Health and other Electronic Industry Segments.

Alloys

  • NiTiNOL (Memory Metal)
  • 300 & 400 Series Stainless Steel
  • MP35N
  • Berylium Copper (BeCu)
  • Phosphorus Bronze (Phos Bronze)
  • Brasses
  • Aluminum
  • PH Grade Stainless Steel
  • Nickel 200
  • Titanium
  • Magnesium
  • Hastelloy
  • Tantalum
  • Permanickel
  • Kovar

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Precious Metals

  • Platinum
  • Gold
  • Silver
  • Iridium
  • Nickel
  • Silver

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Engineered Metals

Precious metals such as gold, silver and palladium can be selectively plated onto the raw material coil prior to stamping. The benefits are to minimize the cost of the precious metal by placing it only in the functional areas and also to eliminate secondary processing.

Thin strips of precious metal can be bonded to the raw material to provide surface integrity superior to plating.

Dual-gauge or multi-guage strips can be skived prior to stamping to enable the manufacturer of profiled component parts with varying wall thicknesses.

Continuous strips of hardened tempered materials can be annealed in specific areas prior to stamping to provide localized ductility.

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