FormFutura Resins

Our Castable Wax Resin is a highly accurate blue wax-based casting resin. It is designed to be used for direct investment casting parts for dental, jewellery and industrial applications. The wax component in this 3D printing resin offers a clean ash-free burnout. Furthermore it has an extremely low expansion factor. This ensures the wax filler to melt and shrink away from the mould without expanding, and by that protecting fragile investment moulds.

This wax-based castable 3D printing resin has an exceptionally low shrinkage factor. You’re also able to print parts with smooth surfaces and incredibly fine detail. The Castable LCD Resin – Castable Wax has been tested extensively and validated by both dental technicians and jewellers.

Key Features:

• Ash-free burnout
• Low expansion factor
• High dimensional accuracy with low shrinkage factor
• Smooth services with incredibly fine detail
• Almost odorless processing
• Compatible with all open-source SLA, DLP, and LCD 3D printers in the range of 385 – 405nm

Applications:

• Dental molds
• Jewelry molds
• Industrial molds

Preparation(s) before starting to print

• Make sure that the resin is at room temperature (22°C +/- 1°C) before use
• The wax component in the resin makes the resin more viscous at lower temperatures.
• Below 16°C the resin solidifies too much and gets too viscous for good 3D printing results
• 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.
  

  Print Settings:

  Anycubic Photon
  25µm
  First / Burn-in Layers: 6x 80 to 85 Seconds
  Normal Layers: 10 to 11 Seconds
  Lifting Distance: 10mm
  Lifting Speed: 45 mm/s
  Light-off Delay: 3
  Bottom Light-off Delay: 3
  Anycubic Photon Mono X
  50µm
  First / Burn-in Layers: 4x 55 to 60 Seconds
  Normal Layers: 3.0 to 3.5 Seconds
  First Layer Lifting Distance: 6mm
  Lifting Distance: 6mm
  Lifting Speed: 90 mm/m
  Light-off Delay: 3.0s
  Bottom Light-off Delay: 3.0s
  UV Power: 55 – 60 %
  100µm
  First / Burn-in Layers: 4x 55 to 60 Seconds
  Normal Layers: 3.0 to 3.5 Seconds
  First Layer Lifting Distance: 6mm
  Lifting Distance: 6mm
  Lifting Speed: 90 mm/m
  Light-off Delay: 3.0s
  Bottom Light-off Delay: 3.0s
  UV Power: 55 – 60 %
  Elegoo Mars 2 Pro
  50µm
  First / Burn-in Layers: 4x 120 to 130 Seconds
  Normal Layers: 2 to 3 Seconds
  Lifting Distance: 10mm
  Lifting Speed: 45 mm/s
  Light-off Delay: 5
  Bottom Light-off Delay: 5
  Elegoo Mars 3
  25µm
  First / Burn-in / Bottom Layers: 2x to 3x for 33 to 35 Seconds
  Exposure Time Normal Layers: 3.5 to 3.6 Seconds
  Lifting Distance: 6+2mm
  Bottom Lifting Distance:6+2mm
  Lifting Speed:60mm/min & 60mm/min
  Retraction Speed:240mm/min & 0mm/min
  Rest Time Before Lift: 0.5 Seconds
  Rest Time After Retract: 2.0 Seconds
  50µm
  First / Burn-in / Bottom Layers: 2x to 3x for 33 to 35 Seconds
  Exposure Time Normal Layers: 4 to 4.2 Seconds
  Lifting Distance: 6+2mm
  Bottom Lifting Distance:6+2mm
  Lifting Speed:60mm/min & 60mm/min
  Retraction Speed:240mm/min & 0mm/min
  Rest Time Before Lift: 0.5 Seconds
  Rest Time After Retract: 2.0 Seconds
  Elegoo Saturn
  50µm
  First / Burn-in / Bottom Layers: 2x to 3x for 25 to 35 Seconds
  Exposure Time Normal Layers: 4.5 to 5.0 Seconds
  Lifting Distance: 6mm
  Bottom Lifting Distance:6mm
  Lifting Speed:60mm/min & 120mm/min
  Rest Time Before Lift 2.0 Seconds
  Rest Time After Retract: 1.0 Seconds
  

  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.

  Product export information

  HS Code: 2916140090

  Description: Resin for 3D Printing

  Country of origin: the Netherlands

Our Dental LCD Model Resin is a high-precision photopolymer resin. It has been designed for accurate modelling of dental models, aligner models, gums, teeth, crown and bridge models with removable dies.

Dental LCD Model resin has a surface finish and colour similar to gypsum, which perfectly accentuates depth and detail in a dental model. The resin is meant for modelling purposes only and not for intraoral use.

Key features

• High-resolution 3D printing with fine detail
• Almost Odorless processing
• Excellent dimensional accuracy and low shrinkage
• Gypsum-like texture and color
• Temperature resistant for dental aligner production
• Compatible with all open source LCD and DLP 3D printers in the range of 385 – 420nm

Applications

• Models of dentures
• Implant models
• Crown and bridge models
• Models of gums
• Orthodontic models

Resin properties (uncured liquid)

• Viscosity: 700 cps at 25°C
• Density: 1.18 g/cm2

Mechanical properties

Test method on post cured objects through 30 minutes high power LED curing.

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

Elegoo Mars / Elegoo Mars Pro

50µm

First / Burn-in Layers: 2x to 4x 110 to 120 Seconds

Normal Layers: 11 to 13 Seconds

Lifting Distance: 6mm

Bottom Lift Distance: 8mm

Elegoo Mars 2 / Elegoo Mars 2 Pro

50µm

First / Burn-in Layers: 2x to 4x 50 to 60 Seconds

Normal Layers: 2.5 to 3.2 Seconds

Lifting Distance: 6mm

Bottom Lift Distance: 8mm

Light-Off Delay: 2 Seconds

Anycubic Photon

50µm

First / Burn-in Layers: 2x to 4x 140 to 155 Seconds

Normal Layers: 12 to 14 Seconds

Lifting Distance: 6mm

Bottom Lift Distance: 8mm

Preparation(s) before starting to print

• 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.

Product export information

Economy LCD Resin is our entry level 3D printing resin. This resin is ideal for beginners and prints with a very limited smell. It combines accuracy with short curing times and a nice matte surface finish. Resin printing doesn’t have to be more expensive than 3D printing with filament!

Important key features

• Easy to use general purpose LCD resin.
• Excellent printability properties & limited smell.
• Matte surface finish with fine detail.
• Good compatibility with all DLP and LCD / MSLA 3D printers in the range of 385 – 420nm.

Suitable applications

• 3D printing figurines, miniatures and models.
• 3D printing functional prototypes.
• 3D printing end-use products.

Physical properties after post curing

This data provided for those properties are typical values, and should not be construed as sales specifications.

Specimen printed in ZXY Orientation (ISO 52921) and examined according to ISO 17296-3.

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

Specimens are printed on an Elegoo Mars 2 Pro at 23°C and 50% humidity with a 0,05mm layer height and 4,5 seconds exposure time per layer.

Specimens have been post-cured for 30 minutes with 200W and 405nm UV LED conditioned for 72 hours at 23°C and 50% humidity.

Preparation(s) before starting to print

• 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.

Product export information

Our Engineering LCD Series – Flex 63A Resin is a very flexible and extremely transparent 3D printing resin. The resin has an extremely low surface shore hardness of 63A.

The combination of flexibility with elasticity makes this engineering resin a very versatile 3D printing resin. It can be used for a wide range of applications.

Key features

• Heat resistance up to 120ºC
• 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

Applications

• Seals and gaskets
• Soft touch applications
• Functional prototyping
• Wearables
• Short-run manufacturing

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(s) before starting to print

• 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.

Product export information

Our Engineering LCD Resin – Flex 82A is a soft-touch 3D printing resin with rubber-like properties. This engineering resin has material properties comparable to TPU with a shore hardness ranging from 82A to 87A. The combination of semi-flexibility with strength makes this resin a versatile material for various applications. Parts 3D printed with this resin can be repeatedly compressed, bended and flexed, without losing its properties.

Important key features

• 3D printing resin with rubber-like material properties.
• Good resilience to bending, flexing, and compression.
• Excellent material specifications with respect to damping and shock absorption.
• Good compatibility with all SLA, DLP and LCD / MSLA 3D printers in the range of 385 – 420nm.

Suitable applications

• Perfectly fit for manufacturing seals and gaskets.
• Suitable for creating wearables and soft-touch applications.
• Perfect for producing mechanical and operational replacement parts.
• Excellent material for making handles and grips.
• Perfect for short-run manufacturing

Physical properties after post curing

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

Specimens are printed on a Phrozon Sonic Mini 4K at 23°C and 50% humidity with 0,05mm layer height and 5 seconds exposure time per layer.

Specimens have been post-cured for 30 minutes with 200W and 405nm UV LED conditioned for 72 hours at 23°C and 50% humidity.

Variable shore harness

The shore hardness of our Engineering LCD Resin – Flex 82A can vary because of the hydrophilic properties, low tg and difunctional resin chemistry. This means that the shore hardness of Engineering LCD Resin – Flex 82A can vary if any of the following values deviate from the standardized specifications.

• Conditioning Time: 72h at 50%.
• Conditioning Temperature: 23°C
• Measurement Humidity: 50%
• Measurement Temperature: 23°C

Exposure to the elements for a couple of days can significantly change the shore hardness by either raising or lowering the humidity level and temperature. Therefore, the shore hardness will very likely increase at cold temperatures and low humidity and decrease at high temperatures and high humidity.

Preparation(s) before starting to print

• 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
• Note: The Print will come out very yellow-ish / bright yellow, this will fade over time when exposed to uv light from outside/inside. (this is called Photo Bleaching).

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.

Print Settings

Anycubic Photon Mono SE

50µm

First / Burn-in Layers: 6x to 8x 35 to 45 Seconds

Normal Layers: 5.5 to 6.8 Seconds

Lifting Distance: 6mm

Bottom Lift Distance: 8mm

Light-off Delay: 0.5 to 1 Second(s)

Bottom Light-off Delay: 1 to 1.5 Second(s)

Lifting Speed (mm/min): 90

Retract Speed (mm/min): 240

Phrozen Sonic Mini 4K

50µm

First / Burn-in Layers: 4x to 6x 35 to 45 Seconds

Normal Layers: 7 to 8 Seconds

Lifting Distance: 6mm

Bottom Lift Distance: 8mm

Light-off Delay: 1 Second(s)

Bottom Light-off Delay: 1 to 1.5 Second(s)

Lifting Speed (mm/min): 75

Retract Speed (mm/min): 45

*If you need the best settings for your 3d printer we highly recommend using the included RERF (Resin Exposure Range Finder) or Resin Exposure Calibration Tool.

Product export information

Our Engineering LCD Resin – Impact 71D is a durable 3D printing resin. This engineering resin has mechanical properties like ABS with an improved impact strength. The resin has excellent machinability properties, and 3D-printed parts can easily be post-processed. Because of its durability, the 3D-printed parts are perfectly suitable to drill into. These properties make Impact 71D resin a perfect match for 3D printing mechanical and operational parts.

Important key features

• 3D printing resin with ABS-like strength and stiffness.
• Improved impact resistance.
• An engineering resin with excellent machinability properties.
• Good compatibility with all SLA, DLP and LCD / MSLA 3D printers in the range of 385 – 420nm.

Suitable applications

• Manufacturing strong and stiff prototypes.
• Suitable for creating tooling parts, jigs and fixtures.
• Perfect for producing mechanical and operational replacement parts.
• Excellent for snap-fit assemblies.
• Perfect for short-run manufacturing

Physical properties after post curing

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

Specimens are printed on a Phrozon Sonic Mini 4K at 23°C and 50% humidity with 0,05mm layer height and 5 seconds exposure time per layer.

Specimens have been post-cured for 30 minutes with 200W and 405nm UV LED conditioned for 72 hours at 23°C and 50% humidity.

Preparation(s) before starting to print

• 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
• Note: The Print will come out very yellow-ish / bright yellow, this will fade over time when exposed to uv light from outside/inside. (this is called Photo Bleaching).

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.

Print Settings

Anycubic Photon Mono SE

50µm

First / Burn-in Layers:6x to 8x 50 to 55 Seconds

Normal Layers: 3.5 to 4.5 Seconds

Lifting Distance: 6mm

Bottom Lift Distance: 8mm

Light-off Delay: 0.5 to 1 Second(s)

Bottom Light-off Delay: 1 to 1.5 Second(s)

Phrozen Sonic Mini 4k

50µm

First / Burn-in Layers:4x to 6x 45 to 55 Seconds

Normal Layers: 7 to 8 Seconds

*If you need the best settings for your 3d printer we highly recommend using the included RERF (Resin Exposure Range Finder) or Resin Exposure Calibration Tool.

Product export information

Our Engineering LCD Resin – Strong is a black colored 3D printing resin has been engineered to have ab unique combination of both an excellent flexural strength and and impressive tensile strength. The combination of strength with stiffness makes the Engineering LCD Resin – Strong a very versatile 3D printing resin for a wide range of heavy duty applications.

Key features

• Flexural strength up to 120 MPa
• Stiff and durable
• Strong
• 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

Applications

• Jigs and fixtures
• Tooling
• Functional prototyping
• Manufacturing aids
• Short-run manufacturing

Anycubic Mono SE

50µm

First / Burn-in / Bottom Layers: 4x to 6x for 65 to 70 Seconds

Exposure Time Normal Layers: 11.5 to 12.6 Seconds

Lifting Distance: 6mm

Bottom Lifting Distance: 8mm

Lifting Speed:85mm/min & 240mm/min

Rest Time Before Lift: 2 Seconds

Rest Time After Retract: 1 Second

Anycubic Mono X

50µm

First / Burn-in / Bottom Layers: 2x to 4x for 60 to 70 Seconds

Exposure Time Normal Layers: 4.8 to 5.2 Seconds

Lifting Distance: 6mm

Bottom Lifting Distance: 8mm

Lifting Speed:85mm/min & 240mm/min

Rest Time Before Lift: 2 Seconds

Rest Time After Retract: 1 Second

UV Power: 100%

Elegoo Saturn 4K

50µm

First / Burn-in Layers: 3x to 4x for 40 to 45 Seconds

Normal Layers: 11.5 to 12.5 Seconds

Lifting Distance: 6mm

Light-off Delay: 1

Bottom Light-off Delay: 3

100µm

First / Burn-in Layers: 3x to 4x for 45 to 55 Seconds

Normal Layers: 15.5 to 16.5 Seconds

Lifting Distance: 6mm

Light-off Delay: 1

Bottom Light-off Delay: 3

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

Within our Engineering LCD Series of 3D printing resins each resin focusses 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(s) before starting to print

• 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.

Product export information

Our Engineering LCD Resin – Ultimate 2TW is a very versatile 3D printing resin. The resin is tough and has a high temperature resistance. Next to this, it exhibits excellent UV and weathering stability. Ultimate 2TW is an impact resistant material comparable to PP. It is a shape-memory resin and bends back when heated over 70C. This resin is an excellent choice for many end-use parts

Important key features

• High toughness and temperature resistance.
• Modulus similar to Polypropylene (PP).
• Excellent UV and weathering stability specs.
• Memory shape capabilities.
• Low skin irritation characteristics.
• Good compatibility with all SLA, DLP and LCD / MSLA 3D printers in the range of 385 – 420nm.

Suitable applications

• 3D printing functional end-use parts.
• Short-run manufacturing.
• 3D printing outdoor parts.
• Manufacturing custom braces and splints.

Physical properties after post curing

This data provided for those properties are typical values, and should not be construed as sales specifications.

Specimen printed in ZXY Orientation (ISO 52921) and examined according to ISO 17296-3.

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

Specimens are printed on an Elegoo Mars 2 Pro at 23°C and 50% humidity with a 0,05mm layer height and 5 seconds exposure time per layer.

Specimens have been post-cured for 30 minutes with 200W and 405nm UV LED conditioned for 72 hours at 23°C and 50% humidity.

Preparation(s) before starting to print

• 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.

Product export information

Our High Performance Resin – Rigid Ceramic has been reinforced with durable nanoparticle ceramics. This makes it one of the stiffest and strongest materials available on the market. A flexural modules of 9.5 GPa and a maximum flexural strength of 170 MPa can be obtained. Parts made with this resin feature an impressive resistance to bending under high loads.

Next to this, the material has excellent chemical and heat resistance properties. The resin prints with an incredibly high resolution and parts printed with the resin have a smooth matte finish.

Important key features

• Reinforced with durable nanoparticle ceramics
• A superb maximum flexural modulus of 9.5 GPa
• A superb flexural strenght up to 170 MPa
• Dimensionally stable under load
• Strong chemical resistance
• Good thermal resistance
• Good compatibility with all SLA, DLP and LCD / MSLA 3D printers in the range of 385 – 420nm

Suitable applications

• Suitable for rapid industrial-grade prototyping
• Suitable for fabricating electrical casings
• Suitable for making fluid flow components
• Suitable for creating aerodynamic test models
• Suitable for 3D printing short-run injection molds

Preparation(s) before starting to print

• 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 5-10 minutes
• An ultrasonic cleaner is preferred/recommended
• Make sure that IPA and/or (Bio)Ethanol rinsed objects are perfectly dry before further post-curing to prevent warping or cracking.
• Place the rinsed parts in a well-ventilated area for at least 4 hours, or use pressurized air for at least 5 minutes
• Cure your object in a high power curing chamber (like the CUREbox™ Plus) for approximately 60 minutes at 65°C
  And after that approximately 2 hours of thermal curing at 100°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.

Print settings

Please see below some basic print settings for a variety of wide used printers.

Phrozen Sonic Mini 4K

50µm

First / Burn-in Layers: 2x to 4x for 70 to 75 Seconds

Normal Layers: 7 to 9 Seconds

Elegoo Mars 3

50µm

First / Burn-in Layers: 2x to 3x for 50 to 55 Seconds

Normal Layers: 8.0 to 9.0 Seconds

Lifting Distance: 6mm

Rest Times: 1.0 to 2.0 seconds

Lift Speed: 80-90

Retraction Speed: 180

Elegoo Mars 3

100µm

First / Burn-in Layers: 2x to 3x for 60 to 65 Seconds

Normal Layers: 10.0 to 11.0 Seconds

Lifting Distance: 6mm

Rest Times: 1.0 to 2.0 seconds

Lift Speed: 80-90

Retraction Speed: 180

Anycubic Photon

50µm

First / Burn-in Layers: 4x to 3x for 110 to 120 Seconds

Normal Layers: 16 to 18 Seconds

Light-off Delay: 1

Bottom Light-off Delay: 2

Anycubic Photon Mono SE

50µm

First / Burn-in Layers: 4x to 6x for 65 to 75 Seconds

Normal Layers: 6.5 to 7.5 Seconds

Lifting Distance: 8mm

Light-off Delay: 0.5

Bottom Light-off Delay: 3

Anycubic Photon Mono X

50µm

First / Burn-in Layers: 3x to 5x for 75 to 80 Seconds

Normal Layers: 5.5 to 7 Seconds

Lifting Distance: 8mm

Light-off Delay: 1

Bottom Light-off Delay: 3

UV Power: 85 ~ 90%

*If you need the best settings for your 3d printer we highly recommend using the included RERF (Resin Exposure Range Finder) or Resin Exposure Calibration Tool.

Product export information

FormFutura’s “Miniature LCD Resin – Model” is the resin for modelling artists. It has fast curing times and 3D prints in high resolution.

This 3D printing resin captures the most delicate details in your 3D models. You can easily 3D print the finest hairs, wrinkles, muscles and facial expressions on your models.

Important key features

• Fast curing times.
• 3D prints in high resolution.
• Low viscosity and low odor.
• Easy to remove supports.
• Direct paintable surface.
• Good compatibility with all DLP and LCD / MSLA 3D printers in the range of 385 – 420nm.

Suitable applications

• 3D printing figurines and miniatures.
• Model making.
• Creating dioramas.

Preparation(s) before starting to print

• 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.

Product export information

Our Platinum LCD Resin is almost odorless and 3D prints with extremely high accuracy and a very smooth surface finish. It is a general-purpose photopolymer LCD resin that is specifically developed to work with all open source LCD and DLP 3D printers. The Platinum LCD Resin is developed to 3D print with relatively short curing times.

Key features

• Almost no odour – Compared to other resins on the market our Platinum LCD resin is relatively odour-free!
• UV & weather resistant
• Fast printing with short curing times
• High-resolution 3D printing with fine detail
• Vivid colors with an extremely high level of colorfastness
• Truly opaque and translucent colors available
• No discoloration and/or yellowing
• Excellent dimensional accuracy and low shrinkage
• Low water absorption
• Compatible with all open source LCD and DLP in the range of 385 – 420nm

Applications

• Figurines and models
• Functional prototyping
• End-use products

Resin properties (uncured liquid)

• Viscosity: 500 cps at 25°C
• Density: 1.18 g/cm2

Mechanical properties

Test method on post cured objects through 10 minutes high power mercury curing.

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

Elegoo Saturn 4K – (Solid White Resin)

50µm

First / Burn-in Layers: 3x to 4x for 20 to 30 Seconds

Normal Layers: 2.3 to 2.8 Seconds

Lifting Distance: 9mm

Light-off Delay: 1

Bottom Light-off Delay: 3

100µm

First / Burn-in Layers: 3x to 4x for 20 to 30 Seconds

Normal Layers: 4 to 5 Seconds

Lifting Distance: 9mm

Light-off Delay: 1

Bottom Light-off Delay: 3

Preparation(s) before starting to print

• 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.

Product export information

The Engineering SLA Resin – Heavy Duty is one of the strongest resins on the market. It combines flexural strength with durability and heat resistance. Parts printed with this resin show great resistance to continuous built-up pressure. This resin is perfectly suitable for applications that need strength, stiffness and heat resistance.

Key features

• Flexural strength of 135 MPa
• Stiff and durable
• High heat resistance of 128°C
• 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

Applications

• Tooling
• Jigs and fixtures
• Manufacturing aids
• Mold masters for low volume injection molding
• Functional prototyping

Resin properties (uncured liquid)

• Viscosity: 550 cps at 25°C
• Density: 1.12 g/cm2

Print Settings:

Anycubic Mono X

50µm

First / Burn-in / Bottom Layers: 2x to 4x for 55 to 60 Seconds

Exposure Time Normal Layers: 4 to 5 Seconds

Lifting Distance: 6mm

Bottom Lifting Distance: 8mm

Lifting Speed:85mm/min & 240mm/min

Rest Time Before Lift: 2 Seconds

UV Power: 100%

Mechanical properties

Test method on post cured objects through 10 minutes high power mercury curing.

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

Preparation(s) before starting to print

• 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

Product export information

Our Engineering SLA Resin – Tough is extremely transparent. It perfectly balances a high impact strength with semi-flexibility.

Its high level of toughness makes this resin ideal for creating strong and functional parts that will be exposed to repeated brief periods of intense stress or strain

Key features

• High impact resistance
• Good UV and weather resistance
• Good fatigue resistance
• 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

Applications

• Snap-fit assemblies
• Tooling
• Functional prototyping
• Protective cases
• Outdoor parts
• Short-run manufacturing

Resin properties (uncured liquid)

• Viscosity: 1000 cps at 25°C
• Density: 1.12 g/cm2

Mechanical properties

Test method on post cured objects through 10 minutes high power mercury curing.

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

Preparation(s) before starting to print

• 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.

Anycubic Photon Mono SE

50µm

First / Burn-in Layers: 4x to 6x for 65 to 70 Seconds

Normal Layers: 7.5 to 8.5 Seconds

Lifting Distance: 6mm

Light-off Delay: 1

Bottom Light-off Delay: 3

Elegoo Mars 2 / Pro

50µm

First / Burn-in Layers: 4x to 6x for 75 Seconds

Normal Layers: 8 to 10 Seconds

Lifting Distance: 6mm

Light-off Delay: 1

Bottom Light-off Delay: 3

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.

Product export information

EasyClean Resin Cleaner is chemically engineered to safely and effectively remove any uncured photopolymer 3D printing resin. EasyClean is made from organic solvents and is safer and more effective than Isopropyl Alcohol (IPA). It can be used roughly 3 times longer than IPA.

Key features

• Superb cleaning properties
• Breaks down resin better than IPA and other solutions
• Doesn’t leave any residue, cloudiness, or white haze
• No sticky prints
• Compatible with all UV curable resins for SLA, DLP, and LCD 3D printing technologies
• Compatible for cleaning with magnetic stirrers, ultrasonic cleaners, and washing/curing stations
• No transport restrictions
• Not classified as a dangerous good by ADR and IATA
• Non-flammable
• Limited odor
• Can also be used for cleaning build plates, vats, and other surfaces that come in contact with resins
• Long shelflife up to 24 months

How to use

1. Put the resin print in a tub filled with EasyClean resin cleaner
2. Clean for 10-15 minutes when cleaning by hand, or 5 minutes when using an ultrasonic cleaner
3. After cleaning let the printed object dry or rinse with tap water

Storage

Store EasyClean in a well-ventilated area in its original HDPE bottle, or jerrycan. Make sure the bottle or jerrycan is tightly closed and stored at a temperature below 25°C. When stored properly EasyClean Resin Cleaner has a shelflife up to 24 months.

Physical properties

Product export information

High Light Transmittance FEP Film 100μm

This 100μm High Light Transmittance FEP (Fluorinated Ethylene Propylene) film is specifically engineered for 3D printing applications. It combines the highest transparency rate in FEP film with excellent light transmission properties. This FEP film has the lowest refractive index of all plastic films and is compatible with most of the LCD/DLP 3D Printers in the market.

Key features:

• 100μm (Micron)
• High transmittance of ultraviolet light of up to 96%
• Low friction surface
• Tensile strength of ±19.5MPa
• Non-stick characteristics offering excellent release properties
• Very high resistance to chemicals, electricity and solvents
• A wide working temperature range of -200°C to +200°C [ -328°F to 392°F ]
• Non-flammable
• UV and weather resistant

Packaging

FormFutura’s 100μm High Light Transmittance FEP film is individually packaged in a cardboard envelope and each sheet comes with a special protective film on both sides which ensures that the sheets are protected against dust and scratches. The protective films are slightly larger than the FEP film, which makes it very easy to peel off the protective films.

Compatibility

150mm x 200mm 100μm (Micron) is compatible with a wide range of know printers, such as:

• Anycubic Photon, Photon S, Photon Zero
• Anycubic Photon Mono SE, Photon Mono
• Elegoo Mars 2 Pro Mono
• Elegoo Mars, Elegoo Mars Pro
• Creality LD Series
• Phrozen Sonic Mini
• Zortrax Inkspire Series
• Original Prusa SL1
• Wanhao D7
• Qidi Tech Shadow Series
• Lotus EZ
• Epax X1 Series
• UNIZ Slash
• Many other 5.5 inch LCD resin 3D printers

210mm x 300mm 100μm (Micron) is compatible with a wide range of know printers, such as:

• Anycubic Photon X
• Anycubic Photon Mono X
• Elegoo Saturn
• Wanhao D8
• Epax E10 Mono
• Phrozen Shuffle XL Lite
• Phrozen Transform
• Peopoly Phenom
• SainSmart Kumitsu KL9
• UNIZ Slash-2 4K
• UNIZ IBEE
• QIDI Tech S-BOX

Our Spectrum Color Pigments are fine-tuned for optimal coloring performance with FormFutura Spectrum LCD Color Mix resins. Spectrum Color pigments come in an impressive spectrum of 29 RAL colors. The process for making the specified RAL colors is very easy.

Fine-tuning your colors by applying Spectrum Color Pigments to Spectrum Color Mix resin

1. For optimal performance it is best to shake the vial with Spectrum Color Pigment thoroughly for approximately 15 seconds.
2. Pour Spectrum Color Pigment into the bottle of Spectrum Color Mix resin and make sure that the resin bottle is closed properly.
3. It is best to shake the bottle thoroughly for approximately 1 minute to ensure that the Spectrum Color Mix resin is mixed optimally with the Spectrum Color Pigment.
4. For an optimal 3D printing experience it is best to let the mixture rest for several minutes to make sure that there aren’t any air bubbles anymore.
5. You have now created a high-end and easy to print resin in the respective RAL color by close approximation.
6. For re-usage it is best to shake the colored Spectrum LCD Color Mix resin thoroughly every time before usage.

You can even fine-tune your own colors by mixing pigments into a new color. All Spectrum Color Pigments can be combined to achieve your desired color. The best 3D printing results are obtained by mixing 25gr of Spectrum Color Pigment to 1Kg of Spectrum Color Mix resin. When fine-tuning your own colors it is recommended not apply more than 25gr of (combined) Spectrum Color Pigments.