NSF BioPACIFIC MIP Wiki

====== Mono3VZ2 - High Power 365 nm and 465 nm ======


^             Mono3VZ2                             ^
{{:mono3vz2.png?400}}|
| **Tool Type:**                  High power printer                           |
| **Location:**                   OASIS 413                          |
| **Manufacturer:**               MonoPrinter                          |



|  **Principal Scientist**        |       
|  Juan Manuel Urueña    |  
|  jmuruena@ucsb.edu  | 

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===== About =====

The **MONO3VZ2** by MonoPrinter is a research-grade, high-intensity DLP (Digital Light Processing) 3D printer designed for extreme customization and advanced material science applications.

Unlike consumer resin printers that use a single UV wavelength, the VZ series has two high power LEDs 365 nm and 460 nm that can be used sequentially.

**Core Capabilities**

**Multi-Wavelength System:** This is the standout feature. It can be configured with up to 2 LED channels, allowing you to use different wavelengths (typically between **365nm (UV)** and **460 nm (blue)**. This is critical for research involving dual-wavelength curing or complex chemical reactions.

**High Intensity:** It is marketed as an "Extreme High Intensity" printer, providing significantly more power than standard machines to handle specialized or "slow" resins that require more energy to polymerize.

**Vat Photopolymerization:** It uses DLP technology, meaning it projects a 2D image of each layer all at once, leading to faster build speeds compared to laser-based SLA printers.

**Technical Specifications**
**
XY Resolution:** Variable, typically ranging from 25 µm to 70 µm depending on the configuration.

**Z-Precision:** Highly accurate motor-driven movement, with a resolution of 5 µm to 25 µm.

Build Volume: Approximately 134 x 76 x 125 mm (1.27 liters).

Connectivity: Equipped with USB and Wireless connectivity (powered by a Raspberry Pi).

Software: Controlled via MonoWare, a proprietary slicer that allows for granular control over print recipes, shutter timing, and sensor monitoring.

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===== Detailed Specifications =====
^             LED intensity                              ^
{{:powerled.png?400|}}
{{:powerspectrum_leds.png?400|}}

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===== Manuals =====
{{ ::mono3-vz2-assembly_first_print-1.pdf |Assembly and First Print}}\\
{{ ::mn3z-c14-vat_fep_replacement-1.pdf | Film Replacement}}\\
{{ ::mnwr-s01-job_file_structure-1.pdf | Job File Structure}}\\
{{ ::mnwr-s03-power_measurement-1.pdf | Power Measurement}}\\
{{ ::mnwr-s04-multi-color_grayscale-slicing.pdf | Multi-color-grayscale slicing}}\\
{{ ::mono3-vz1-vz2-printer_firmware-1.pdf | Printer Firmware}}\\

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===== Safety Concerns =====

Read the manufactures manual before first use. If the Mono3VZ2 acts in a way that is not described by the manual, turn off the printer and contact the principal scientist as well as Mono at info@monoprinter.com .\\
	* Never place your finger near the machine until all parts have stopped moving. Moving parts can cause serious injury.\\
	* Never clean or service the printer while it is on.\\
	* The printer uses different LEDS. Never look directly at LED light nor expose skin. Serious injury may result from exposure.\\
	* Disassembling the printer may cause an electric shock or damage to the instrument.    Do not disassemble any parts of the printer not mentioned in the instruction manual.\\

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