Question： What is the approximate service life of the LCD（UV masking screen）, UV lamps, and release film?
Answer：
Question： When printing transparent resin, cured resin accumulates in build plate gaps, making it difficult to clean.
Answer： Please follow HALOT-X1 Build Plate Cleaning Guide to clean the build plate.
And we will optimize the slicer, to avoid the cured resin accumulates in build plate gaps.
Question： What are the advantages of using intelligent exposure zone in HALOT-X1？
Answer：
The UV LED array on the light source board features individually addressable zoning control, enabling selective activation of LEDs corresponding to the model's printing area. This advanced architecture provides two key benefits:
Reduces unnecessary UV exposure to non-printing area and extends LCD (UV masking screen) service life （UV radiation accelerates LCD degradation）
Energy efficiency
Question： Does the HALOT-X1 have a chamber heating function?
Answer： HALOT-X1 doesn't have a chamber heating unit.
HALOT-X1 utilizes a passive thermal management system, where heat generated by the LED array during operation is naturally circulated within the build chamber through convection.
Question： How to replace the LCD （UV masking screen）when necessary
Answer： Please follow LCD screen replacement guide
Question： The new optical module and resin tank motion system increase the overall load of the machine. Will this cause resin overflow or affect printing stability?
Answer： We have considered this from multiple design aspects to ensure the new motion mechanism does not compromise printing performance:
The new optical module is lighter and more compact than conventional designs.
A gantry dual lead screw structure is used to ensure more stable motion.
The motor operates with an S-curve speed profile, using smooth multi-stage speed control for more fluid movement.
During printing, moving components generally travel downward. Combined with gravity and motor drive, this ensures smoother load transitions.
Question： When twisting the quick-release build plate, the model does not fully drop off and only partially detaches.
Answer： The quick-release build plate is designed to allow model removal without additional tools. However, some models with stronger adhesion on the first layer may require multiple twists to fully detach.
We are also optimizing the slicer to preview the contour of moving parts. Placing models across multiple intersection points will help them drop off easily.
Question： The printer seems to have a mechanical auto-leveling feature. If auto-leveling fails, is there a manual leveling option?
Answer： To reduce the difficulty for beginners, we have implemented a no-leveling design. Through precise structural alignment, the build plate and exposure plane remain parallel at all times, eliminating the need for manual leveling.
If any issues are reported, our after-sales and R&D teams will work together to develop an optimization plan.
Question： When placing the build plate into the machine, it does not seem to lock automatically. I’m concerned it may shift during printing. Is there a way to lock it in place?
Answer： To make operation easier for beginners, the platform locks automatically through structural mechanisms:
The build plate is automatically locked when the resin tank rises.
After printing, when the resin tank lowers to the bottom, the build plate automatically unlocks.
Question： How do I replace the release film? Is a quick-replace release film supported?
Answer： Follow relrase film replacement guide to replace the release film.
Currently, quick-replace release films are not supported.
Question： Which sensors are built into the printer, and where are they located?
Answer： The built-in sensors are as follows:
Proximity switch — Located at the top for UV light shield opening detection.
Limit switch — For Z-axis motion control.