| Color | Yellow |
|---|---|
| Country of Origin | China |
| PID | 949138 |
| Electronic address of single contact point | |
| Manufacturer address | Room 101-505, Building No. 11, Yinhai Industrial Park, LongGang District, ShenZhen, China |
| Manufacturer's email address | |
| Manufacturer name | Shenzhen Anycubic Technology Co., Ltd |
| EU Responsible Person | Lucy |
Larger size due to updated capacity
Compared to the Anycubic Wash & Cure 2.0, the Anycubic Wash & Cure 3 features an impressive 100% increase in the capacity of the cleaning basket, which is now 3 liters. The total volume of the cleaning bucket has been expanded to 4 liters. This makes it perfect for LCD (light-curing) 3D printers with a size of 7.3 inches (approximately 18.5 cm) or less. The curing area size has increased by 15%, now measuring up to 160 x 180 millimeters, allowing for the processing of larger and more complex models in a single post-processing session.
Localized reinforcement, uniform curing
The “innovative Flexicure-Gooseneck light design” raises the energy density value to 30,000uW/cm² at a radiation distance of 1-3 cm, significantly enhancing the curing power in fine areas of models, such as the top surface and edges of clothing pieces.
With a new arrangement of light beads and lens sources, the uniformity of curing in the Anycubic Wash & Cure 3 has improved by 20% compared to its predecessor, the 2.0. This results in a more thorough and comprehensive curing of the entire surface area of the model.
Dual-layer structure, IPA savings
The dual-layer design of the cleaning basket made from PP material supports simultaneous cleaning on the platform. It features two adjustable heights, 100 mm and 165 mm, providing flexibility for print platforms ranging from approximately 15 cm to 18.5 cm. This structure maximizes the efficiency of IPA usage.
Simple operation, quiet and efficient
The cleaning and curing modes can be easily selected with a single click; the improved Gooseneck light curing mode can be easily turned on and off with one click. An infinitely rotating adjustment knob allows for settings from 1 to 30 minutes as desired.
With more precise structural design and software optimization, the noise disturbance generated during cleaning and curing operations has been reduced, creating a quieter and more comfortable work environment.
Main features:
Larger size due to updated capacity
Compared to the Anycubic Wash & Cure 2.0, the Anycubic Wash & Cure 3 features an impressive 100% increase in the capacity of the cleaning basket, which is now 3 liters. The total volume of the cleaning bucket has been expanded to 4 liters. This makes it perfect for LCD (light-curing) 3D printers with a size of 7.3 inches (approximately 18.5 cm) or less. The curing area size has increased by 15%, now measuring up to 160 x 180 millimeters, allowing for the processing of larger and more complex models in a single post-processing session.
Localized reinforcement, uniform curing
The “innovative Flexicure-Gooseneck light design” raises the energy density value to 30,000uW/cm² at a radiation distance of 1-3 cm, significantly enhancing the curing power in fine areas of models, such as the top surface and edges of clothing pieces.
With a new arrangement of light beads and lens sources, the uniformity of curing in the Anycubic Wash & Cure 3 has improved by 20% compared to its predecessor, the 2.0. This results in a more thorough and comprehensive curing of the entire surface area of the model.
Dual-layer structure, IPA savings
The dual-layer design of the cleaning basket made from PP material supports simultaneous cleaning on the platform. It features two adjustable heights, 100 mm and 165 mm, providing flexibility for print platforms ranging from approximately 15 cm to 18.5 cm. This structure maximizes the efficiency of IPA usage.
Simple operation, quiet and efficient
The cleaning and curing modes can be easily selected with a single click; the improved Gooseneck light curing mode can be easily turned on and off with one click. An infinitely rotating adjustment knob allows for settings from 1 to 30 minutes as desired.
With more precise structural design and software optimization, the noise disturbance generated during cleaning and curing operations has been reduced, creating a quieter and more comfortable work environment.
Main features: