Engineering LCD Series – Flex 63A Resin

£74.99
Item number: 8719956550768

Key Features:

  • Excellent flexibility
  • High elongation properties up to 80%
  • Good elasticity properties
  • Extremely transparent with virtually no discoloration and/or yellowing
  • High dimensional accuracy and low shrinkage
  • Almost odorless processing
  • Compatible with all open-source SLA, DLP, and LCD 3D printers in the range of 385 – 405nm

Application:

  • Seals and gaskets
  • Soft touch applications
  • Functional prototyping
  • Wearables
  • Short-run manufacturing
Formfutura’s Engineering LCD Series photopolymer 3D printing resins are specifically engineered for compatibility and excellent processability with all type of open source LCD / LED / MSLA 3D printers. Our Engineering LCD Series – Flex 63A Resin is a very flexible and extremely transparent 3D printing resin with a low surface shore hardness of 63A. The combination of flexibility with elasticity make FormFutura’s Engineering LCD Series – Flex 63A Resin a very versatile 3D printing resin for a wide range of applications.

Print Settings

Anycubic Photon Mono

50µm
First / Burn-in Layers: 2x to 3x 45 Seconds
Normal Layers: 3 to 4 Seconds
Lifting Distance: 10mm
Light-off Delay: 3
Bottom Light-off Delay: 4

Anycubic Photon Mono SE

50µm
First / Burn-in Layers: 2x to 3x 45 Seconds
Normal Layers: 3 to 4 Seconds
Lifting Distance: 10mm
Light-off Delay: 3
Bottom Light-off Delay: 4

Anycubic Photon Mono X (Work In Progress Settings)
Use the RERF Calibration Test see Mono X Manual for more information about this.

50µm
First / Burn-in Layers: 2x to 3x 45 Seconds
Normal Layers: 2.5 to 3.5 Seconds
Lifting Distance: 15mm
Light-off Delay: 3
Bottom Light-off Delay: 4
UV Power: 50 ~ 60%

Comparison of technical specifications for FormFutura Engineering LCD Series 3D printing resin

Within our  Engineering LCD Series of 3D printing resins, each resin focuses on a specific property.
The table below shows the technical data for all our Engineering LCD resins and makes it easy to compare resins based on their mechanical properties.

Please note that the above-displayed values can vary with individual machine processing, post-curing parts,  geometry, print orientation, print settings, and temperature.

Preparation

  • Shake the bottle for at least 2 minutes before each use.
  • After shaking the bottle, leave the resin to rest for 10 minutes to let air bubbles get out of the resin
  • The resin can be poured back from the vat into the bottle once your print is finished
  • Always use protective measurements like safety glasses and nitrile gloves when handling resins.

Post-processing

  • We do advise you to post-process your 3D print in order to achieve the material properties
  • Rinse your 3D printed object in IPA or (Bio)Ethanol for approximately 5 minutes
  • An ultrasonic cleaner is preferred/recommended
  • Make sure that IPA and/or (Bio)Ethanol rinsed objects are perfectly dry before further post-curing
  • Place the rinsed parts in a well-ventilated area for at least 30 minutes, or use pressurized air for at least 2 minutes
  • Cure your object in a high power curing chamber for approximately 20-30 minutes at 65° C
  • The preferred curing wavelength is between 300-410nm

Safety

Please always be aware that when 3D printing with resins that you are working with chemicals and that you should always be cautious and use the personal protective equipment as stipulated in our safety data sheets.

  • Always wear Respiratory Protection when sanding/cutting the resin object.
  • Always use nitrile gloves when handling resins and uncured resin objects.
Property Typical value Test Method
Tensile strength 1.7 MPa ASTM D638M
Elongation at break 50 - 80% ASTM D638M
Tear Strength 4.3 kN/m ASTM D624
Shore hardness 63A ASTM D2240
Water sorption 1.6% ASTM D570-98
Density ρ 1,18 g/cm3

Documents

TECHNICAL DATA SHEET
PDF – 165.0 KB 265 downloads
SAFETY DATA SHEET
PDF – 731.2 KB 260 downloads

Manufacturer

  • FormFutura

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