Description
- The curing rate table for each ordered 3D resin cured at 405 nm with a similar light power to your printer can be optionally ordered online for 40 Euro
- The curing rate table provides the thickness of the chosen 3D resin cured at a light power similar to your DLP/LCD printer at 405 nm at 5, 10, 15, 20, 25, 50, 75, and 100 seconds
- The curing rate table is ideal for fast & easy finding the optimum printing settings in most SLA, DLP & LCD 3D printers working with 405 nm light wavelengths
- Depending on the chosen z layer thickness the required exposure time for curing the layers can be easily chosen from the curing rate table, since it represents the cured thickness versus exposure times
- For getting exact values we recommend you ordering the same light meter as ours, the Chitu Systems Digital UV Light Meter. 3Dresyns has chosen this model due to its affordability and realibility since its spectral range of 402-407 nm coincides with most printers light wavelength (405 nm)
- The ordered curing rate table can be much more accurately measured after sharing your exact printer power since this will permit the 3Dresyns team to measure the curing rate table of your ordered 3D resins with the same power as yours, since we will match your light power (light power matching) for fast & easy finding your optimum printing settings
For more infor read:
- Fast and accurate Instructions for Use "IFU" for DLP & LCD printers
- General Instructions for Use "IFU" for SLA, DLP & LCD printers
- Detailed Instructions for Use "IFU" for DLP & LCD printers
- Made to order 3Dresyns for most SLA, DLP & LCD printers
- Do you want to go in depth? Let´s unlock the black box!
- Power difference of DLP, LCD & MLCD printers and its consequences
How do we fill up the Curing Rate Table? By measuring the thickness of drops of the resin cured at 405 nm at different exposure times with a similar light power to your reported printer power specifications.
Exposure time (seconds) |
Curing Rate Table: Thickness of cured resin (in microns) vs exposure time Thickness values shown below are examples, not real values |
5 |
Example: 0 microns, uncured |
10 |
Example: 30 microns, soft, too tender, poor adhesion on glass, easy to break: requires more time to cure properly (feel the strength of the cured drop with your fingers and nails) |
15 |
Example: 60 microns, cured, hard, strong, better adhesion and strength |
20 |
Example: 120 microns, well cured, hard, tough, good adhesion and strength |
25 |
Example: 130 microns, well cured, good adhesion |
50 |
Example: 150 microns, well cured, good adhesion on glass. |
75 |
Example: 170 microns, well cured, very good adhesion. Ideal exposure time for printing the first 2 adhesion layers!! |
100 |
Example: 180 microns, over cured, very good adhesion |