eSUN eSUN White High Precision PLA PRO Photopolymer 3D Printing Resin - LCD/DLP (0.5kg)

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eSUN PLA Pro resin has been formulated to be a sustainable 3D printing resin. Synthesized from organic sources like corn and straw, just like PLA, eSUN PLA Pro provides a sustainable option for resin printer without sacrificing any of the printing quality you hope to achieve with this manufacturing technology.

Top eSUN eResin-PLA Pro Features:

• Sustainable origin
• High precision finish
• Several colors available
• Balance of hardness and toughness

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List Price: $25.99 (with add-ons)
Price: $23.99 (with add-ons)
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Product No. M-1AG-P5E2
Color: White

Esun eResin-PLA Pro is the Most Sustainable 3D Printing Resin Available

Where other 3D printing resins are created from petroleum-based sources, eResin is synthesized from renewable products like corn and straw, just like the PLA you might already be familiar with. This is done without sacrificing the performance and quality you hope to achieve with resin 3D printed parts.

Here are the key features of eSUN PLA Pro Resin: 

  • Bio-based and low-odor

  • High precision - print mechanical parts

  • Incredible resolution

  • Several color options

  • Compatible with RGB and mono LCD resin printers


Rely On Plants, Not Oil

eSUN eResin-PLA Pro was devised as a biologically based resin from the start. Most other resins and plastics begin as oil pulled from deep within the Earth, but eResin-PLA Pro is corn and straw converted to the necessary polyols by eSUN for regular 3D printing use.

  • Plant-based
  • Low-odor
  • Minimized skin-irritant
Vibrant Colors

Resin Parts

High Precision and High Quality 3D Prints

Sustainability isn't eResin-PLA Pro's only quality, its high precision and supreme surface finish makes is an excellent choice for any ornate and decorative products or functional mechanical parts.

  • Easily capture small details
  • Low shrinkage for precise features
  • High toughness for post-processed 3D prints

Compatible with RGB and Mono LCD printers

With the advent of monochrome LCD 3D printers, it's become harder and harder to find resin compatible with RGB LCD screens. eResin-PLA Pro has been tested to work with many RGB MSLA 3D printers with some slight tweaks to print settings

  • Exposure Time
    • Mono LCD: Up to 4 seconds
    • RGB LCD: Up to 14 seconds
  • Printing Speed:
    • Mono LCD: 10-15mm/h
    • RGB LCD: 40-60mm/h
  • Lower cost makes it easy to experiment
Resin Tool Kit

TECHNICAL SPECIFICATIONS

  • Color: White
  • First Layer Exposure Time: 30 - 60 seconds
  • Normal Layer Exposure Time: 2 - 8 seconds
  • Storage Temperature: Between 20°C - 30°C (68°F - 86°F)
  • Type of Container: Black plastic bottle
  • Container Dimensions (Approx.):
    • Weight: 500g
    • Size: confirm with inventory
  • Compatible with most LCD/MSLA and DLP Resin 3D Printers
  • Download the Safety Data Sheet

QUICK LOOK AT RESIN SETTINGS

SLA Resin 3D Printer 0.05mm Layer Cure Time Bottom Layer Cure Time
Elegoo Mars 2 Pro 3.5

40

Elegoo Mars 2 3.5

40

AnyCubic Photon Mono X 3.2

38

AnyCubic Photon Mono 4K 4.5

35

Anycubic Photon Mono SE 3.5

40

Voxelab Proxima 6.0 3.8

30

Voxelab Proxima 8.9 4

40

Phrozen Sonic Mighty 4K 4.3

40

Nova3D whale2 3.5

40

Nova Bene4 Mono 2.2

35

Nova Elfin 6

60

Creality Halot One 5.5

40

Creality LD002R 8

50

Creality LD006 2

30

USAGE TIPS

  • Wear protective gear such as nitrile gloves, safety goggles, etc. before handling resin.
  • Shake the container of resin well before using it.
  • Avoid leaving the resin in a vat unused for more than one day.
  • Do not store used resin in the same container as unused resin. Pour used resin from vat into a separate light-proof container.
  • Handle resin in a well-ventilated room over protective surfaces like a silicone mat, aluminum trays, plastic sheets, etc. when possible.
  • Cure resin under UV light before disposing with regular trash. NEVER dump wet, liquid resin in the trash unless it's being properly disposed of with hazardous waste. Contact your local hazardous waste facility for further appropriate steps.

LEARN MORE ABOUT 3D PRINTING WITH PHOTOPOLYMER RESIN

Your success in 3D printing is our goal, so we have created some guides to help you create the highest quality 3D printed parts possible.

Why Are Items on Clearance?

At MatterHackers, to bring you new and exciting products, we occasionally shift some of our quality stock to the Clearance section.

Reasons for Clearance Items:
  • New Product Versions: When manufacturers release updated versions of printers, CNC machines, filament, etc., the older versions typically go to Clearance.
  • Overstock: Items we have in excess are moved to Clearance to free up warehouse space.
  • Discontinuation: Discontinued product lines often end up in Clearance to expedite the sale of remaining stock.
  • Packaging Changes: When packaging updates occur, we shift the older packaged items to Clearance.
Clearance Does NOT Imply:
  • Poor Quality: Clearance items meet our rigorous quality standards and often brand new, unopened products.
  • Limited Support: You'll receive our excellent customer service for Clearance items. Note, all Clearance purchases are Final Sale and not covered by the MatterHackers Return Policy.

Note, all Clearance purchases are Final Sale and not covered by the MatterHackers Return Policy.

Questions View All Responses

Does the magnetic nature of the add on plate interfere with the calibration sensor of the Rostock Max V3?

View 1 Response

How do you mount the BuildTak system on the Max? The glass build plate, the magnetic mounting base, which is adhered to the build plate, and the flexplate are all 12” in diameter? The glass build plate with the attached magnetic mounting plate should be held in place with the bed clips. When the bed clips are turned in it reduces the size of the build area. Since the flexplate is the same size as the build plate and mounting base the bed clips prevent the 12” flexplate from sitting on the mounting base. So, what am I missing?

View 5 Responses

it looks like we have to add 2 more layers to the boro glass on top of the heated bed. How does this affect the heat distribution and the accuracy? If it says 90C, is it really at 90C? Or do I now need to heat the bed to 100C?

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Does the heat effect the magnets over long term use? How long do you expect the magnetic plate to last?

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On a Rostock Max V2, does this completely replace the glass bed or does it sit on top of it?

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Will this fit on the Artemis 300 by seemecnc?

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Are you sure this works with PETG? I just started printing with my BuildTak sheets on the standard glass plate, and I could not get the PETG print to release.. it was very much bonded with the BuildTak. Is this the same type technology that is used in the Prusa Mk3 or different? Do I need to do something special to release the PETG prints from the BuildTak sheet? I ended up having to peel the BuildTak sheet from the glass plate and had to throw the hole thing out.

View 2 Responses

Does it comes with a smaller diameter? Like 10.5 inches.

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How many Buildtak sheets does this come with?

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Must have missed it, but I don't see anywhere where it says what plastics it works with, and bed temps, etc. I 'mostly' use PETG with 50/50 water/PVA solution at 90 deg bed temp. For PLA I have been using blue tape at 40 deg bed temp. Often I use a rum on stick glue on top of that. And, ABS - I even more rarely use due to wrap issues, and also the toxic fumes. But when i did use it I had to mix up ABS juice. But, i've got a few smaller pieces fine with the PVA mix. I have nylon rolls i hardly used because they wrapped too much, and I didn't use them enough to know what bed treatment worked for me. I live in FL and i will have to dry them in an oven first, which i never hassled with. Oh, and TPU, or whichever the flex material is. That, I have had to use hairspray to get that to hold reliably at 70 deg bed temp. So - will the build tak work with 'ALL' of these plastics, especially PETG and TPU, or would i also need to use a glue with it? Or does it only work with certain materials? And, I assume at the same 90 / 70 deg bed temp? Will PLA need a 40 deg bed temp?

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Will this fit the Rostock Max V3?

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