Henkel® LOCTITE® MED 413

med413 loctite pulse oximeter

Henkel® LOCTITE®

LOCTITE® MED 413

For manufacturing medical devices & equipment

LOCTITE MED 413 is a high-performance, high modulus material with excellent flexural and tensile physical properties. Stiffness combined with toughness makes this material ideal for use in various impact-resistant medical device applications.

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Reduce Design, Development, and Production Costs for Medical Device Manufacturing

LOCTITE 3D MED413 has been designed for manufacturing medical devices and parts that require good stiffness and wear resistance. It can meet ISO 10993-5 & -10 standards for biocompatibility when processed using a validated workflow. In addition, this material ensures an outstanding surface finish and excellent machinability.

 

medical-device-handle_loctite med413

Applications & Industries

Proto3000_Icon_Healthcare

Healthcare

Medical devices
Hearing Aids
Medical equipment components

Proto3000_Icon_Consumer Product

Consumer Goods

End-use parts

Luer-Fitting-loctite med413

Luer Fitting

Material: LOCTITE® MED413

The luer fitting is a small tubing connector that secures leak-proof unions in medical devices.

Technology/Process
  • Digital Light Processing, DLP

med413 loctite_resized

Pulse Oximeter

Material: LOCTITE® MED413

The pulse oximeter is a medical device housing used for at-home heart rate measurements.

Technology/Process
  • Digital Light Processing, DLP

medical-device-handle_loctite med413_resized

Medical Device Handle

Material: LOCTITE® MED413

This part is a two-part medical handle for a tumour ablation device.

Technology/Process
  • Digital Light Processing, DLP

Material Properties

Proto3000_Icons_Tensile Strength

TENSILE STRESS AT BREAK

40 MPa

Proto3000_Icons_Tensile Modulus

YOUNG’S MODULUS

1600 MPa

Proto3000_Icons_Elongation at Break

ELONGATION AT BREAK

50%

Proto3000_Icon_Temperature Raise

HEAT DEFLECTION TEMPERATURE

at 0.455 MPa: 70ºC

Performance Scale

Heat Deflection
Biocompatibility
Surface Finish
Stiffness

Colours

hex Clear
hex White

Additive Manufacturing with Light

Discover the speed, throughput, and material capabilities of the
Digital Light Processing (DLP) 3D printing process

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Related Resources

Technical Specifications* 

Tensile Stress at Break, ASTM D638
Tensile Stress at Break, ASTM D638
Green: 32 ± 4 MPa
Post Processed: 44 ± 4
Young's Modulus, ASTM D638
Young's Modulus, ASTM D638
Green: 1459 ± 91 MPa
Post-processed: 1673 ± 77 MPa
Elongation at Break, ASTM D638
Elongation at Break, ASTM D638
Green: 65 ± 11%
Post-processed: 51 ± 8 MPa
Tensile Stress at Yield, ASTM D638
Tensile Stress at Yield, ASTM D638
Green: 36 ± 4 MPa
Post-processed: 46 ± 3 MPa
Flexural Modulus, ASTM D790
Flexural Modulus, ASTM D790
Post-processed: 1598 ± 27 MPa
Izod Impact (Notched), ASTM D256
Izod Impact (Notched), ASTM D256
Post-processed: 59 ± 5 J/m
Shore Hardness (0s, 5s), ASTM D2240
Shore Hardness (0s, 5s), ASTM D2240
79, 79, Shore D
Viscosity, ASTM D7867
Viscosity, ASTM D7867
500 - 600 cP
Liquid Density, ASTM D1475
Liquid Density, ASTM D1475
1.1 g/cm3
Biocompatibility
Biocompatibility
Complies with:
  • Cytotoxicity: ISO 10993 - 5
  • Sensitization: ISO 10993-10
  • Irritation: ISO 10993-23

*Material properties may vary depending on the DLP printer and post-curing unit.