ERYONE ABS LIKE RESIN 1KG

New Arrival- ERYONE ABS LIKE RESIN 1KG

product description

1. Outstanding Toughness: ABS-like resinretains most of the mechanical properties of ABS plastic, with excellent tensile       strength, bending strength and hardness. It is perfect for any resin prints that require resistance to strain and stress.
2. High-Speed Solidification: The curing of the ABS-like resin is very fast；meanwhile, the strength of the molding parts is well.
3. High Precision & Low Shrinkage: ABS-like resin is designed for reducing volume shrinkage during the photocuring process, which ensures the high precision of the print model with smooth surfaces.
4. Stable Performance & High Hardness: Color paste hardly separates from resin. ABS-like Resin has high hardness.
5. High Compatibility: EryoneABS-like resin is compatible with most LCD/DLP 3D printers with 395~405nm wavelength.

Outstanding Toughness: ABS-like resin retains most of the mechanical properties of ABS plastic, with excellent tensile strength, bending strength and hardness. It is perfect for any resin prints that require resistance to strain and stress.

High-Speed Curing: The curing of the ABS-like resin is very fastï¼?span>meanwhile, the strength of the molding parts is well.

High Precision & Low Shrinkage: ABS-like resin is designed for reducing volume shrinkage during the photocuring process, which ensures the high precision of the print model with smooth surfaces.

Stable Performance & High Hardness: Color paste hardly separates from resin. ABS-like Resin has high hardness.

High Compatibility: Eryone ABS-like resin is compatible with most LCD/DLP 3D printers with 395~405nm wavelength.

Basic Parameters

Printing Recommend Setting

FAQ

1.Q: The surface of the print is whitening after the secondary curing. Why?

A: It�span>s caused by the surface of resin is not being cleaned thoroughly.

2.Q: The model is cracked, why?

A:â‘?span>the model is hollow inside, and it is not cleaned completely. There is residual resin or a mixture of resin and alcohol, and the inner and outer shrinkage of the model is inconsistent.

â‘?span>Expansion Cracking: the inside is hollow, and the air-drying is not complete after cleaning. So there is residual water and the resin absorbs water, expands and cracks.

3.Q: The bottom plate is warped during printing. Why?

A: The curing time of the bottom layer is not enough, resulting in insufficient adhesion between the model and the printing platform.

4.Q: Clear resin is yellowing, why?

A: It is normal for rigid transparent resin to slightly yellow, which can be reduced by reducing the exposure time or post-curing time.

5.Q: If the resin is not used for a long time, delamination will occur. Why?

A: That is normal. The resin formula contains colour paste, which will precipitate and separate after standing for some time. After you stir the resin with a glass rod, the resin can return to a normal state. If the colour paste still precipitates after stirring, it indicates that the resin can no longer be used.

6.Q: Why my red orange resin failed to be a print?

A: The exposure time of red orange resin should be 3s larger than the recommended exposure time shown in the table. The exposure time of the resin bottom layer should be 30s larger than the corresponding recommended parameters shown in the table.

7.Q: I failed to print and the curing effect was bad, but I printed according to the recommended parameter table. Why?

  A: When the environment temperature is less than 20â„?span>, the exposure time and the exposure time of bottom layer should be larger than the respective recommended parameters. The lower the temperature is, the longer the exposure time can be.

8.Q: Why my clear resin print has some additional and unnecessary parts? How can I tackle them?

A: When we use clear resin to print objects, we need to reduce the exposure time and adjust the angle of placement in case of the curing of additional parts.

9.Q: How long does the secondary curing take?

  A: It depends on the energy density in the curing box. For example, LED secondary curing box with 200mw/cm² energy density and 405 wave band needs rotary curing for 2 minutes (rotating the print to solidify different surfaces). For the curing boxes in market, they need 20-30 minutes curing time due to their low energy density.