Teleflex Medical OEM

Semi-custom over-the-wire balloon catheters delivered quickly with a wide range of standard sizing and customization options for minimally-invasive applications.

High-quality, high-performance semi-compliant medical balloons shipped in five days or less for orders of 102 balloons or less.

Poly-L-lactic acid medical grade yarns and performance fibers providing robust bioresorbable structural options.

Fully validated Polyglycolic acid-co-poly-L-lactic acid copolymer yarns for customized bioresorbable applications.

Custom co-extrusions manufactured to your specifications using a one-step process that eliminates the need for etching, combining fluoropolymer properties with polyamide or PEBA materials.

Custom-designed ultra-small microcatheters with multiple durometers, stiffness shafts, and various braid or coil configurations, built to client specifications.

A peelable PTFE vascular introducer featuring a dependable rotator lock system to minimize dilator rotation, slippage, and push back, designed for atraumatic vessel access.

High-performance fluoropolymer extrusion offering low friction, optical clarity, and flexibility, customized to tight tolerances for medical device applications.

Extruded to the tightest of tolerances from 30 to 10 GA, FEP IV Catheter Tubing is more flexible and optically clear compared to PTFE tubing.

Flexible and optically clear FEP tubing extruded to tight tolerances for intravenous catheter applications.

Poly-L-Lactide resins for polymerizing, compounding, and extruding bioabsorbable medical devices.

Poly-L-Lactide yarns designed for custom bioabsorbable component and suture development.

Poly(glycolide-co-lactide) bioabsorbable yarn for advanced surgical and implantable constructs.

Beige 28 filament count PGLA multifilament yarn with 56 denier.

Highly-concentric, thin-wall, large-diameter catheter shafts designed and manufactured by Teleflex Medical OEM, utilizing proprietary processes to provide tight tolerances and shafts as large as 42F.

Custom shafts up to 35F with thin walls, designed to obtain large shaft diameters while maintaining dimensional stability, concentricity, pushability, and various liner/substrate options.

Customizable braid/coil-reinforced, lubricious-lined catheter shafts offering an outstanding combination of high torque control and stiffness for excellent pushability and flexibility.

Customizable braid/coil-reinforced, lubricious-lined catheters designed for high torque control, pushability, and flexibility in interventional procedures.

White 18 filament count PLLA multifilament yarn with 83.3 denier.

White 120 filament count PLLA multifilament yarn with 600 denier.

White 30 filament count PLLA multifilament yarn with 120 denier.

White 18 filament count PLLA multifilament yarn with 83.3 denier.

White 30 filament count PLLA multifilament yarn with 75 denier.

Suture that integrates the performance characteristics of two constructs (flat braid and round suture) into one strong, lubricious, and durable strand.

Low profile, broad footprint braid offering strong, gentle performance on tissue with a great selection of sizes, colors, and patterns.

Beige 18 filament count PGA multifilament yarn with 45 denier.

Beige 48 filament count PGA multifilament yarn with 128 denier.

Light Violet 18 filament count PGA multifilament yarn with 45 denier.

Beige 30 filament count PGA multifilament yarn with 75 denier.

Light Violet 36 filament count PGA multifilament yarn with 90 denier.

Beige 36 filament count PGA multifilament yarn with 90 denier.

Violet 18 filament count PGA multifilament yarn with 45 denier.

Violet 36 filament count PGA multifilament yarn with 90 denier.

Violet 6 filament count PGA multifilament yarn with 15 denier.

PTFE spiral heat-shrink tubing provides a protective covering that resists heat, shock, corrosion, moisture, and other extremes. Custom engineered to your specifications.

Protective covering designed to protect products from heat, shock, corrosion, moisture, and other challenging conditions.

Customized, multiple steerable elements add enhanced directional capabilities to catheter designs, offering uni-directional, bi-directional, or multi-directional motion.

High-quality balloon tubing manufactured with consistent wall thickness, excellent concentricity, and tight tolerances for medical applications.

High-performance thermoplastic PEEK (Polyether Ether Ketone) medical grade material extrusion offering high tensile and column strength, used for catheter shafts, delivery systems, and medical components.

High-performance, custom-configured interventional catheters designed and delivered to specific requirements, utilizing vertical integration from concept to completion.

Precision PTFE extrusion featuring outstanding tolerance control, length accuracy, tubing consistency, etched liners, multi-lumen tubing, and heat-shrink tubing.

Customized PTFE thin-wall, microbore, heat-shrink tubing, and extruded components featuring the lowest coefficient of friction of any resin.

Innovative co-extrusion technology combining the lubricity and chemical resistance of fluoropolymers with the flexibility and ease of bonding of materials like polyamide or PEBA without the need for etching.

Copolymer yarns customized for bioabsorbable medical applications.

Custom-engineered micro-extrusion tubing featuring ultra-thin walls and ultra-small diameters designed for minimally invasive medical devices.

Custom development and manufacturing of microcatheters featuring PTFE or FEP liners, braid or coil reinforced configurations, and OD down to 0.026 inch.

Custom engineered PTFE and FEP extrusions manufactured to exact specifications, offering excellent surface lubricity, high-temperature resistance, and chemical inertness.

Custom OEM PTFE-lined catheters featuring high torque control, stiffness for excellent pushability, and excellent lubricity, available in various braid or coil configurations.

Slow absorbing, long-term bioabsorbable multifilament yarn with consistent loss of tensile strength over time.

Customizable sheath and dilator assemblies designed for the percutaneous placement of short and long-term therapeutic and diagnostic catheters, featuring a patented interlocking hub design that prevents dilator push back.

Custom micro-introducer split sheath/dilator assemblies designed with a T-hub for secure grip and a patented interlocking hub design to prevent dilator push back during insertion.

Fast absorbing short-term bioabsorbable multifilament yarn with over 20-year history of clinical application.

Polyglycolic acid resins for polymerizing, compounding, and extruding bioabsorbable medical devices.

Teleflex Medical OEM provides a range of coaxial sheath/dilator introducers for the percutaneous introduction of diagnostic or therapeutic catheters utilizing the Seldinger technique.

Tubing constructed of a thermoset polyimide base with an outer layer that is a thermoplastic polymer, offering strength, flexibility, and bondability.

Bioabsorbable poly-L-lactic acid material provided in precise, uniform pellets.

High-strength, cross-linked thermoset polymer tubing ideal for micro-diameters and ultra-thin walls, manufactured using a continuous dip-coat process.

PTFE tubing that has undergone a dip etching process to alter surface properties, reducing lubricity and enabling bonding with hubs and other components.

Custom-engineered control handle for multidirectional steerable catheters providing precise control over catheter tip orientation.

Polyglycolic acid co-poly-L-lactic acid (PGLA) supplied as uniform beige pellets.

Polypropylene (PP) monofilament non-absorbable suture designed for minimal tissue reaction.

State-of-the-art polymer tubing and insulated wire products created using a proprietary coating process for liquefied thermoplastics.

Custom-engineered tubing featuring numerous lumens or channels running through its profile, allowing for passage of fluids, drugs, guidewires, and devices such as stents.

Custom-engineered control handle featuring a rocking lever mechanism for maneuvering multidirectional steerable catheters.

Thinnest walled, microbore heat-shrink tubing available in the industry, engineered for guidewire jacketing, dielectric insulation, and protective coverings.

A strong, easy-to-handle, monofilament suture possessing outstanding resorption characteristics for soft tissue approximation.

Low-friction PTFE and PD-Slick materials designed for medical tubing liners or wire coatings.

Lightly-coated polyester suture designed for durability, handling, and tensile strength.

Custom-engineered control handle utilizing a rotating wheel mechanism for torque-based steering in multidirectional catheters.

An easy-to-activate lock system introducer featuring a tapered PTFE sheath for low-resistance insertion, smooth peeling, and a leak-free hub design.

Polyester (PET) braided non-absorbable suture designed for reliable performance in surgical applications.

Ergonomic handle design providing rigorous steering and torque control.

Specialized sleeves for securing sutures in neurological, cardiovascular, and orthopedic applications.

A braided suture providing outstanding smoothness, lubricity, and knotability with high initial tensile strength during the critical wound healing period.

Teflon-impregnated braided polyester suture providing smooth tissue passage and minimal tissue reaction.

Polypropylene (PP) monofilament suture supplied sterile or non-sterile.

Lightly-coated Polydek suture that is easy-to-handle and exhibits outstanding tensile strength and lubricity.

100% UHMWPE suture with a distinct black coloration for better contrast against tissue, offering incredible strength, durability, and nonabrasive properties.

Nylon 6,6 monofilament suture providing high tensile strength and smooth tissue insertion.

Innovative technology capable of creating bi/tri/quad-furcated braided structures, which include loops or multiple end branches.

Braided natural non-absorbable silk suture offering exceptional handling and knot security.

Pre-formed suture loops designed for specialized surgical and tissue anchoring needs.

Well-designed introducers featuring an easy-to-activate lock system that minimizes the risk of dilator rotation, slippage, and push back, complete with textured wings and an arched underside.

Customized pre-attached needle and suture assemblies tailored to specific procedural requirements.

Well-designed medical introducer needles available with a molded hub for easy access and introduction of guidewires, supplied with a cover tube.

Collaborative device development center offering engineering, prototyping, innovation, and manufacturing capabilities to transform medical device concepts into market-ready products.

Custom-engineered regional anesthesia devices featuring thin wall construction to maximize fluid flow and closed end configurations to facilitate uniform dispersion of the anesthetic.

Engineered button and threaded suture assemblies designed for orthopedic and reconstructive repair.

ContrasPoint Black Needles are engineered from 302 stainless steel with a proprietary black finish to enhance precision, visibility, and control in demanding surgical environments by increasing contrast against tissue and blood and minimizing glare.