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European product

CE marking

MDR certification

Backed by clinical trials

Private label available

Cross linked hyaluronic acid features imasmed of TrHCROSS 2.0 %
Jeringa viscosuplementacion imasmed de TrHCROSS 2.0 %
Jeringa ácido hialurónico reticulado imasmed de TrHCROSS 2.0 %
Estuche imasmed de TrHCROSS 2.0 %

TrHCROSS 2.0 %

Intra-articular injection of cross-linked hyaluronic acid.

Formulated using SARE Technology to ensure improved joint function and longer-lasting results.

Concentration
20 mg/mL
Presentation
4.4 mL disposable, non-pyrogenic, sterile prefilled syringe with Luer lock
Certification
Class III Medical Device (MDR)
Recommended needle
19G
Shelf life
2 years
Technology
SARE Technology (HA Crosslinking Tech)
Presentation
4.4 mL disposable, non-pyrogenic, sterile prefilled syringe with Luer lock

Degradación Lenta

Elasticidad y resistencia

Visco-Elástico

Buen perfil de seguridad

SARE Technology ®

Alta biocompatibilidad

Advantages
  • Manufactured in Europe to demanding quality standards.
  • Low endotoxin level ≤ 0.20 EU/mL.
  • Intra-articular durability of up to 12 months.
  • Optimal viscosity and elasticity that adapt to movement.
  • Greater resistance to enzymatic degradation.
  • Helps improve the patient's symptoms.
  • Promotes recovery of joint function.
Indications

TrHCROSS 2.0% is indicated for viscosupplementation of knee-joint synovial fluid using cross-linked hyaluronic acid when synovial fluid viscosity has decreased due to osteoarthritis.

Properties
  • Reduces pain and increases function in the affected joint.
  • Provides lubricating and cushioning effects in the joint.
  • Improves the patient's quality of life.
Directions for use

TrHCROSS 2.0% must be administered intra-articularly only by healthcare professionals specialising in traumatology.

The recommended dose of TrHCROSS 2.0% is 4.4 mL, administered as a single intra-articular injection.

Technology

SARE Technology®

An innovative hyaluronic acid cross-linking method that delivers unique results through a highly homogeneous cross-linking process.

A proprietary combination of low- and high-molecular-weight hyaluronic acid that creates a polymer matrix with a low degree of modification.

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