SERATIOM® PA

Bioabsorbable polycaprolactone-based subcutaneous implant for tissue augmentation and structural support. Approved for market distribution in 2024 with proven biocompatibility and predictable resorption profile.

A pelvic reconstructive implant system comprised of a medical-grade polymer frame with titanized surgical mesh for treating pelvic organ prolapse. The device is inserted transvaginally without requiring trocars or blind instrument insertion, reducing bleeding and organ perforation risks while maintaining macro-porous mesh structure.

Pelvimesh range of light ultralightweight rectangular macroporous monofilament Polypropylene meshes, disigned for the surgical treatment of pelvic floor defects.

Medical-grade polymer vaginal implant with titanized surgical mesh for pelvic organ prolapse treatment. Inserted transvaginally to provide support while avoiding pressure on surrounding tissues and organs.

Polypropylene hernia meshes, grip meshes, and surgical slings designed for hernia repair and pelvic floor reconstruction. These textile-based implants provide biocompatible reinforcement for soft tissue repair in abdominal and pelvic surgical procedures. Manufactured to ISO 13485 standards with options for customization and finishing by customers.

Polypropylene mesh is a surgical implant used for hernia repair and tissue reinforcement in abdominal and pelvic procedures. The mesh provides structural support and promotes tissue integration, reducing recurrence rates. Available in various configurations including plain, coated, and lightweight options for optimal biocompatibility.

The monofilament Polypropylene Mesh is bio-compatible, non-absorbable, sterile and porous material. Fabric has soft design, flexible, strong with permeable pore for use in hernia repair as well as other soft tissue reinforcement with ideal properties for high visibility & colonization. It is easy for use in laparoscopic procedures. Thin wall structure with less surgical mesh material for reducing scar tissue build up and minimize patient discomfort. Ideal properties for high visibility & colonisation. Paha PP Mesh has the properties of ideal mesh. Polypropylene products are sterilized using EO technique. Strong and durable polypropylene mesh material maintains consistent of strength. Transparent open pore structure in polypropylene mesh facilities fast incorporation and visualization of underlying tissue structures. Polypropylene Mesh is 100% bio-compatible according to ISO-10993 standards. Bio-compatibility results for Polypropylene Mesh are available. Re-sizing of Polypropylene mesh is achieved by laser cutting technique due to its versality and ability to seal the cut edges. The sterilization Method is EtO Sterilization according to ISO 11135 standard.

Non-absorbable polypropylene hernia mesh designed for surgical repair of abdominal and ventral hernias. This biocompatible implant provides durable reinforcement and support during hernia reconstruction procedures. CE-certified and manufactured to ISO 13485 standards for clinical reliability and patient safety.

Specialized textile meshes designed for urological applications including sling procedures and pelvic floor reconstruction. These materials provide appropriate mechanical properties and biocompatibility for urological surgery.

Synthetic or biological mesh materials for pelvic floor and urological reconstructive procedures. Used in stress urinary incontinence and pelvic organ prolapse treatment. Provides structural support in surgical reconstruction.

Monofilament polypropylene mesh is a non-absorbable surgical implant used for hernia repair and tissue reinforcement. The monofilament construction minimizes bacterial adhesion and tissue trauma, while polypropylene provides long-term tensile strength and biocompatibility. It is indicated for ventral, inguinal, and pelvic floor reconstructive procedures requiring permanent support.

Non-absorbable composite surgical mesh prosthesis with transparent polyvalent design for hernia repair and soft tissue reinforcement. Combines biocompatible materials for long-term implantation with optimal visibility during surgical placement and integration.