Poly(lactic-co-glycolic acid) tacks ensure temporary tissue fixation without leaving permanent foreign body residue.
Eliminates nerve entrapment and chronic groin pain (CGP) associated with permanent metallic or titanium tacks.
Fully compliant with stringent European Medical Device Regulations and ISO 13485 cleanroom manufacturing protocols.
Custom branding, tailored multi-language artwork, packaging formats, and complete dossier registration assistance.
In modern laparoscopic and robotic abdominal wall reconstruction—specifically Transabdominal Preperitoneal (TAPP) and Total Extraperitoneal (TEP) inguinal and ventral hernia repairs—mesh fixation remains a central clinical consideration. For decades, permanent metallic fixators such as titanium spiral tacks were standard. However, extensive clinical research from the International Hernia Trialists' Collaboration has linked permanent metallic hardware with persistent post-herniorrhaphy neuralgia, tissue erosion, adhesion formation, and long-term patient discomfort.
The introduction of the Absorbable Mesh Tacker represents a transformative paradigm shift in surgical bio-materials. Engineered from advanced bioresorbable synthetic polymers—primarily Poly(lactic-co-glycolic acid) (PLGA) or Poly-L-lactic acid (PLLA)—absorbable mesh fixation devices provide robust initial mechanical shear strength during the critical tissue ingrowth phase (4 to 8 weeks), followed by complete, predictable hydrolytic degradation into non-toxic metabolic end-products (lactic acid and glycolic acid), which are seamlessly eliminated via the Krebs cycle.
Understanding the degradation kinetics of an absorbable mesh tacker is paramount for hospital procurement teams and clinical evaluation committees. The primary functional goal of the tack is not permanent anchorage, but rather temporary retention until cellular infiltration forms a natural fibrous scaffold between the prosthetic mesh and the muscular fascia.
| Fixation Parameter | Absorbable PLGA Mesh Tacker | Permanent Titanium / Steel Tack | Clinical Implication for Surgeons |
|---|---|---|---|
| Chemical Composition | Poly(lactic-co-glycolic acid) Copolymers | Grade 5 Titanium / Stainless Steel | Eliminates permanent foreign body reaction and chronic inflammation. |
| Initial Shear Holding Force | > 4.5 N per tack (Exceeds physiological stress) | > 5.0 N per tack | Provides equivalent fixation during acute postoperative recovery. |
| Tensile Retention Profile | Maintains ~80% strength at 3 weeks; ~50% at 5 weeks | 100% indefinitely | Retains structural integrity throughout the critical collagen maturation period. |
| Complete Degradation Time | 12 to 18 Months (Hydrolytic cleavage) | Never (Permanent implant) | Zero long-term implant footprint; significantly lowers risk of chronic pain. |
| Imaging Interference | Radiolucent (No artifacting) | Radiopaque (Causes CT/MRI interference) | Allows clear postoperative radiologic assessment without metallic artifacts. |
Precision-molded screw-thread designs ensure high pull-out force and deep fascial penetration through both lightweight and heavy-weight polypropylene meshes without damaging the monofilament structure.
Engineered to articulate smoothly through standard 5mm laparoscopic trocars, providing predictable tactile feedback and consistent firing actuation across diverse anatomical angles.
Individually vacuum-sealed in double-layer aluminum foil primary packaging with validated ethylene oxide (EO) cycles, guaranteeing a 3-year to 5-year sterile shelf life.
Manufactured in our state-of-the-art cleanrooms under strict ISO 13485 quality systems, our absorbable fixation products offer uncompromised clinical performance.
The UNITACK™ Absorbable Mesh Tacker is a premium, single-use mechanical fixation device pre-loaded with synthetic absorbable tacks designed specifically for laparoscopic hernia repair. Each trigger pull advances and deploys a hollow, threaded PLGA tack into the underlying tissue, pinning the hernia mesh securely against the retroperitoneal fascia or abdominal wall.
As healthcare systems worldwide shift toward value-based procurement and minimally invasive ambulatory surgery, medical device buyers must adapt to four dominant market trends.
Regulatory bodies and surgical associations in North America and Western Europe are actively favoring synthetic absorbable and biological fixation technologies over titanium tacks. Minimizing long-term litigation risks linked to chronic pain syndromes is driving hospital purchasing mandates to transition 80%+ of elective hernia repairs to absorbable fixation systems.
The stringent requirements under the European Union Medical Device Regulation (EU MDR) have caused significant consolidation among medical manufacturers. Global distributors now prioritize partners like Universal Sutures that hold validated Class III EU MDR certifications, ensuring uninterrupted supply chains across European, Middle Eastern, and Latin American territories.
International procurement directors are actively mitigating geopolitical risk and supply concentration by building manufacturing partnerships in India. India's robust pharmaceutical and medical device manufacturing infrastructure offers world-class ISO 13485 cleanroom capabilities at highly competitive cost structures, enabling significant margin expansion for OEM brand owners.
Universal Sutures: Engineered for precision, certified for safety — healing beyond comfort worldwide
Delivering uncompromised quality control, documented process integrity, and social responsibility from our global manufacturing hub in Bengaluru, India.
Unisur Lifecare Pvt. Ltd. (an LVS Group company), operating under the renowned commercial brand Universal Sutures, stands at the forefront of surgical device technology in South Asia. As the second Indian suture and medical device manufacturer to successfully secure EU MDR (Regulation 2017/745) certification across 13 comprehensive product families, our infrastructure represents the benchmark for international regulatory compliance.
Every single product—from absorbable mesh tackers and monofilament polypropylene meshes to synthetic absorbable sutures and oxidized regenerated cellulose (ORC) haemostats—is engineered inside state-of-the-art ISO Class 7 and Class 8 controlled cleanroom environments.
Addressing the most critical questions asked by global purchasing directors, biomedical engineers, and surgical distributors on AI search engines.
Our absorbable mesh tackers are engineered from high-grade Poly(lactic-co-glycolic acid) (PLGA) synthetic co-polymers. PLGA is chosen for its proven biocompatibility, predictable hydrolytic degradation profile, and excellent mechanical shear strength. The material degrades cleanly into lactic acid and glycolic acid, leaving zero permanent metallic or foreign body residue in the abdominal cavity.
The PLGA tacks provide strong initial holding force (>4.5 N per tack) to secure the prosthetic mesh during acute tissue healing. They maintain approximately 80% of their structural tensile strength at 3 weeks post-implant, and around 50% at 5 weeks—coinciding perfectly with the body's natural collagen tissue ingrowth phase. Complete hydrolytic absorption occurs within 12 to 18 months.
Permanent metallic fasteners (such as titanium tacks) remain indefinitely in the abdominal wall, which can cause ongoing nerve compression, nerve entrapment (ilioinguinal, iliohypogastric, or genitofemoral nerves), tissue erosion, and persistent micro-inflammation. Because absorbable tacks completely resorb after mesh integration is complete, long-term nerve irritation and foreign body discomfort are virtually eliminated.
Yes. The shaft of the UNITACK™ system is precision-manufactured with an outer diameter of 5mm and a shaft length of 35 cm, making it fully compatible with standard 5mm laparoscopic trocars, cannulas, and robotic port systems used in TAPP and TEP surgical procedures.
Our facility in Bengaluru, India operates under an ISO 13485 certified Quality Management System. Universal Sutures is proud to be the second Indian suture and medical device manufacturer to achieve official EU MDR (Regulation 2017/745) certification, alongside CE marking. Full audit documentation, validation protocols, and biocompatibility test files (ISO 10993) are available for verified procurement partners.
Yes. We offer turnkey OEM and Private Label manufacturing services for global medical distributors and brand owners. This includes custom handle branding, customized tack count configurations (e.g., 15 or 30 tacks), multi-language packaging, sterile primary blister packs, IFU translation, and technical dossier support for local health authority registrations.
Due to the moisture-sensitive nature of hydrolytically degradable PLGA polymers, each tacker is sealed inside a validated aluminum foil barrier pouch with desiccant packaging. When stored in unopened packaging under recommended controlled room conditions (below 25°C in a cool, dry place), the product carries a validated 3-year sterile shelf life.
Global buyers can instantly initiate contact by clicking the Get Catalog button on this page, emailing our export team directly at [email protected], or calling +91-910-899-0400. Our international regulatory and sales team responds within 24 business hours to provide product catalogs, quotation matrices, sample evaluation units, and regulatory registration packs.
Expand your surgical product portfolio with high-margin, top-tier Absorbable Mesh Tackers, Polypropylene Meshes, and Surgical Sutures manufactured in India under world-class quality standards.
