Minnesota MedTec

Precision engineered and manufactured medical braid components.

Custom braid reinforced extrusion tubing for medical device applications.

PU and adjustable elongation elastic balloons designed to achieve properties beyond conventional standards with small crossing profiles.

Silicone balloons offering good recovery when inflating multiple times and suitability as an implant option.

Catheters featuring coils inserted into the walls for enhanced kink resistance and torqueable shafts.

Catheters with deflecting tips and a variety of deflecting radiuses using a patented device handle.

Catheters utilizing radiopaque marker bands for visualization under x-ray and radiologic techniques.

Precision engineered and manufactured custom medical components.

Advanced delivery systems featuring braided shafts designed for interventional and specialized medical procedures.

Custom braided tubes made in piece components, PTFE lined, or on a continuous roll for various catheter applications.

Custom balloon tubing extrusion for medical device applications.

Custom braided catheters manufactured using 16 and 32 carrier vertical and horizontal machines, capable of braiding up to 64 wires per catheter with single or double filer combinations.

High quality multi durometer catheter shafts combining braid sections for torque, coil sections for kink resistance, tip markerbands, and inflation lumens.

Specialized reflow processing for catheter shafts incorporating braids, coils, and stopped braids.

Shape forming catheter shafts to guide devices to locations without the need for deflecting catheters or complicated wires.

Custom coil reinforced extrusion tubing for medical device applications.

Pebax 7033 medical balloon with 10 mm diameter and 2.5 length.

Splittable tubes produced for applications such as balloon covers and introducers.

Tubing sets and connectors with standard connectors such as luers and swivels.

Single lumen medical tubing manufactured using Pebax 7033 with an inside diameter of .008 and an outside diameter of .037.

Custom para tubing extrusion for medical device applications.

Custom micro bore extrusion tubing for medical device applications.

Custom insert molded medical parts combining materials such as metal, plastics, or catheters into a single unit, including swivel hubs and PTFE lined shafts.

Overmolded hubs and manifolds molded over shafts and other components used in medical devices, tested 100% for leaks and cross communication.

Custom single lumen extrusion tubing for medical device applications.

Accurate swaging of marker bands and electrodes onto catheters for radiopaque visualization and physical attachment.

Flaring your product or tubing using heat processes using RF energy or heated shaped tools to make the material soft and able to be formed.

Holes placed in catheters made using hole drills or punches via CNC or manual drilling operations designed for accuracy and tool life.

Custom multi-durometer extrusion tubing for medical device applications.

Stainless steel laser welded cables with handles, sized from 3 fr. to 8 fr., used for delivering and releasing objects through catheters into human anatomy.

Scoring process to create split sections or allow tubes to split on the end for optimized material performance.

Tubes created using RF, heat, or ultrasonic methods, generally used for flaring and forming tips onto catheters.

Pad printing using specialized machines and a special vacuum holding system for printing completely around the outside of medical catheters and hubs.

Low-cost injection molded medical parts produced automatically or semi-automatically in low volume conditions using custom colored materials or nano lot control systems.

Standard base swivel connectors used to connect two components together and provide a direct push style connector with greater security.

Fusing processes used to attach parts together and fuse dissimilar materials together with properly designed joints.

Low cost extruded marker bands manufactured with very fine tungsten powder at various percentages to adjust visibility during medical procedures.

Punched holes produced using semi-automated processes using punches and fixtures to increase flow or dispersion of fluid from parts.