UV Meter For Resin 3D Printer
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Chitu systems UV meter for resin 3d printers 405nm UV light meter
Why we need it?
Make exposure tests easier.
A UV light meter is a device that measures the intensity of ultraviolet (UV) light. Getting the current data on what UV intensity of your printer will help you adjust your printing settings better.
UV-curable 3D-Printing resins, which means that they have a specified reactivity to light. This reactivity controls how the resins behave in the printer. Specific parameters about its reactivity are the Critical Energy (EC) and the Depth of Penetration (DP).
Reactivity to light is measured by exposing the resins to different doses of energy (Exposure), in most cases, this is controlled by increasing the exposure time in the 3D printer.
Get Light Strength and Uniformity
You can compare the different data between different accessories like FEP, nFEP, and screen protector films. different areas like the center and corners, then adjust the setting to get a similar print quality.
Find dead pixel
There may be dead pixels we can't see on the screens, but it causes some print fail, especially when you try a lot of different settings and still don't get a successful print.
Printer maintain
The light will decay based on long-term work; for a resin 3D print farm, it is necessary to test if your printers keep the best status. You may adjust PWM or use higher exposure time when decay happens.
| Different wave light source works with different curve. Our sensor can actually get data with 380-440nm; we added a filter and edited the firmware to make it more accurate with 405nm. | Attention |
Specification
Probe type: P405L1
Probe size: 36*36*13.8mm
Sensor: GVBL-S12SD
Spectral response range: 405nm(-15nm+10nm)
Test hole diameter: φ=10mm
Power range: 0~50000μW/cm²
Measuring accuracy: ±10%
Photocurrent attenuation: 10,000 exposure hours
Input: 5V USB
Suggestions:
- It requests a 5V voltage supply, the best way is to use the board USB port directly before you go to print.
- Keep away from resin. If resin leaks on the probe, clean it with isopropyl alcohol with cotton.
- Extreme temperatures above 70℃ and below -10℃ can impact measurements, use in the indoor environment only.
Because of the differences between UV light uniformity and screen transition rate, It is normal you get different data at different test points.