Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital

Available for Import

Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital

Human Organ Prosthetics

Manufacturer:

Price: Request Quote

Bulk pricing available

FOB, CIF & EXW terms available

Key Highlights

Made in Russia - engineered for durability
Suitable for challenging environments
Lower cost of ownership than European alternatives
Bulk orders available with volume discounts
Documentation and customs clearance assistance provided

Available Models

Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital

Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital Heart valve prostheses with two pivoting flaps made of pyrocarbon with supraannular and intraannular cuff forms with antecubital

Description

ADM with intraannular cuff shape with antithrombogenic and antibacterial coatings (size: 21; code: 3In). The uniqueness of monolithic pyrolytic carbon technology provides significant strength and reliability advantages. The free rotation of the flaps around the central axis increases the thromboresistance of the prosthesis. The special design feature provides improved washing of the hinge assembly by the regurgitant blood flow. The complex hydrodynamic profile of the flaps forms a smoothly expanding blood flow, which creates additional forces for rapid opening and closing. Titanium banding ring on the body creates additional protection against deformation of the body on the side of cardiac muscles, providing free mobility of the flaps. The body of the prosthesis has an increased height to protect the flaps from surrounding intracardiac structures.

Specifications

Material

Monolithic isotropic pyrolytic carbon

Save Your Time

Share your requirements for a quick response!

Looking for

Quantity

Your mobile

Instant response in 15 minutes

Best wholesale prices guaranteed

Direct from manufacturer

Delivery & Payment

Shipping Terms

FOB Novorossiysk, Russia CIF Available to major ports worldwide EXW Manufacturer's facility, Russia

Delivery Time

Sea freight: 30-60 days (depending on destination) Air freight: 14-21 days (for urgent orders)

Payment Methods

Letter of Credit (L/C) Wire Transfer (T/T) Escrow Services

Similar Products You May Be Interested In

Spinal screw Ø7,0 mm, with thread length from 25 to 60 mm in 5 mm increments, article no. 814.0XX.

Spinal screw Ø7,0 mm, with thread length from 25 to 60 mm in 5 mm increments, article no. 814.0XX.

Full-flow heart valve prostheses "MEDINGE-ST" made of pyrocarbon with attachable cuff, with accessories according to TU 9444-015

Full-flow heart valve prostheses "MEDINGE-ST" made of pyrocarbon with attachable cuff, with accessories according to TU 9444-015

Support rings for anuloplasty according to TU 9444-012-57628698-2007. Tricuspidal

Support rings for anuloplasty according to TU 9444-012-57628698-2007. Tricuspidal

Tibial prosthesis Tibia 28 universal aluminium alloy ring PCA for connection to an individual sleeve and fixation.

Tibial prosthesis Tibia 28 universal aluminium alloy ring PCA for connection to an individual sleeve and fixation.

Synthetic woven linear collagen-coated synthetic blood vessel prosthesis D 38mm L 40cm

Synthetic woven linear collagen-coated synthetic blood vessel prosthesis D 38mm L 40cm

Polymer mesh endoprostheses for reconstructive surgery and guides for their installation, sterile according to TU 9393-007-56257

Polymer mesh endoprostheses for reconstructive surgery and guides for their installation, sterile according to TU 9393-007-56257

Synthetic woven linear collagen-coated synthetic blood vessel prosthesis D 28mm L 15cm

Synthetic woven linear collagen-coated synthetic blood vessel prosthesis D 28mm L 15cm

Interosseous implant, height from 6 to 18 mm, article no. 821.0XX

Interosseous implant, height from 6 to 18 mm, article no. 821.0XX

Cruciform block, article no. 839.133

Cruciform block, article no. 839.133

Transverse tie Ø4,0 mm, length from 30 to 90 mm, spacing 5 mm, article no. 837.1XX

Transverse tie Ø4,0 mm, length from 30 to 90 mm, spacing 5 mm, article no. 837.1XX

Synthetic woven linear collagen-coated synthetic blood vessel prosthesis D 26mm L 25cm

Synthetic woven linear collagen-coated synthetic blood vessel prosthesis D 26mm L 25cm

Head for total endoprosthesis according to TU 32.50.22-020-49346483-2017

Head for total endoprosthesis according to TU 32.50.22-020-49346483-2017

Verified Suppliers

All products are sourced directly from authorized Russian manufacturers

Quality Assurance

Products meet international quality standards with proper certification

Global Shipping

Reliable logistics solutions to deliver products to your location

Secure Payments

Multiple secure payment options to facilitate international transactions

Your callback request has been received. We'll contact you shortly.