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Medical pipeline

INNOSELF

TMDLAB offers a range of advanced materials featuring shape-memory functionality.

샘플 구매 문의 Sales@tmdlab.com

INNOSELF® 1 PCL-PGMA

Properites Data Unit Range
Density 1.03 ~ 1.09 g/cc
Melting point(Tm) 28 ~ 48 °C
Elongation at break 350 ~ 600 %
Tensile stress at break 0.7 ~ 13 MPa
Young’s modulus 2.0 ~ 100 MPa
Glass transition temperature (Tg) -55 ~ -60 °C -

INNOSELF® 1 Features

  • In situ programming
  • Body temperature responsive shape recovery
  • High biocompatibility
  • Excellent biofilm suppression
  • A wide range of physical properties adjustable
  • Suitable for implantable medical devices
  • Possible for blending & composite with various polymers
  • Applicable for 3D & 4D printing
  • Properties and characteristics easily controllable with various structures

INNOSELF® 1 Applications

  • Medical Device (Stent, Tube, Suture)
  • 3D & 4D Printing Resin

INNOSELF® 2 PCL-PDMS-PGMA Silicone/PCL-PGMA

Properites Data Unit Range
Density 1.03 ~ 1.09 g/cc
Melting point(Tm) 30 ~ 44 °C
Elongation at break 80 ~ 2,000 %
Tensile stress at break 0.7 ~ 4.8 MPa
Young’s modulus 1.0 ~ 20 MPa
Glass transition temperature (Tg) -55 ~ -60 °C -

INNOSELF® 2 Features

  • Excellent tension & compression rate
  • Body temperature responsive shape recovery
  • High biocompatibility
  • Biofilm suppression effect
  • A wide range of physical properties adjustable
  • Suitable for implantable medical devices

INNOSELF® 2 Applications

  • Medical Device (Silicone replacement prosthesis, Silicone material medical device)

INNOSELF® 3 PLA-g-PCL

Properites Data Unit Range
Density 1.15 ~ 1.25 g/cc
Melting point(Tm) 150 ~ 165 °C
Elongation at break 170 ~ 330 %
Tensile stress at break 18 ~ 32 MPa
Young’s modulus 300 ~ 1,100 MPa
Glass transition temperature (Tg) 35 ~ 45 °C -

INNOSELF® 3 Features

  • Hard mechanical strength
  • Body temperature responsive shape recovery (Tg)
  • High biocompatibility
  • Biofilm suppression effect
  • A wide range of physical properties adjustable
  • Suitable for implantable medical devices
  • Possible for blending & composite with various polymers
  • Applicable for 3D & 4D printing

INNOSELF® 3 Applications

  • Medical Device (High-strength device, Stent)
  • Engineering Industry
  • 3D & 4D Printing Filament

INNOSELF® 4 Conjugated PCL-PGMA

Properites Data Unit Range
Density (Different for each inorganic particle content) -
Melting point(Tm) 36 ~ 40 °C
Elongation at break 1 135 ~ 263 %
Tensile stress at break 3.5 ~ 4.4 MPa
Young’s modulus 8 ~ 26.5 MPa
Glass transition temperature (Tg) -55 ~ -60 °C -

INNOSELF® 4 Features

  • Fast degradation possible
  • Body temperature responsive shape recovery
  • High biocompatibility
  • Biofilm suppression effect
  • A wide range of physical properties adjustable
  • Suitable for implantable medical devices
  • Possible for blending & composite with various polymers
  • Applicable for 3D & 4D printing

INNOSELF® 4 Applications

  • Degradable Medical Supplies (e.g. Suture)
  • Coating
  • Tissue Engineering Scaffolds