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--- 3d_print_water_jet_cleaning_station [2020/10/08 17:16] – [About] furst
+++ 3d_print_water_jet_cleaning_station [2021/06/15 21:17] (current) – jmuruena
@@ Line 1: / Line 1: @@
-====== 3D print water jet cleaning station ======
+====== SMaLL Printer ======
-^                PolyJet Waterjet             ^
+^             SMaLL Printer                               ^
-|                                 {{:tools:polyjet_waterjet:download.jpg?200|}}                                      |
+{{:smallprinterschematic.jpg?400|}}
-| **Tool Type:**                  "Post processing/Cleaning"                           |
+| **Tool Type:**                  "3D Printer"                           |
-| **Location:**                   "Microfluidics Lab"                           |
+| **Location:**                   "Elings Hall 2436"                           |
 |  **Supervisor**        |  **Tool Lead**  |
-|  David Bothman         |    |
+|  Juan Manuel Urueña    |  "WW Name"  |
-|  (805) 893-4125        |    |
+|  jmuruena@ucsb.edu  |  "WW Email"  |
-|  bothman@cnsi.ucsb.edu  |    |
-| **Description:**                "Waterjet Cleaner"                           |
+| **Description:**                "Solution Mask Liquid Lithography (SMaLL)"|
-| **Manufacturer:**               "Stratasys "                           |
+| **Manufacturer:**               "In-House"                           |
 ----
 ===== About =====
-This waterjet cleaner is mainly used to clean the support material off Objet prints. Parts should typically be scraped clean with the waterjet cleaner only used to remove material in hard to reach areas and micropores within the RGD 450.
+SMaLL is capable of creating unique structures with mechanically and chemically distinct
+regions. By using tunable, visible wavelength photoswitches, in combination with orthogonal
+crosslinking reactions, a single resin formulation can be employed for the facile, one-step
+printing of complex, bioinspired structures. The fabrication of soft joints and brick-and-motar
+architectures showcase the utility of SMaLL for printing all-polymer composites with well-defined
+regions for different mechanical and chemical properties.
 ----
-=====Training=====
+===== Detailed Specifications =====
+	* wavelength: 380 - 740 nm\\
+	* luminous flux: 2,500 lumens\\
+	* Projector: Epson PowerLite Home Cinema 5040UB\\
+	* 1080p native resolution with 4K Enhancement\\
+----
------
+===== Safety Concerns =====
-===== Detailed Specifications =====
+Read the manufactures manual before first use. If the BIO X Cellink acts in a way that is not described by the manual, turn off the printer and contact CELLINK.\\
+	* 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 UV light for sterilization and curing. Never look directly at UV light nor expose skin. Serious injury may result from exposure\\
+	* The printer has heated surfaces that can reach temperature up to 250 degrees Celsius. Never touch these surfaces when using the heating function. Allow things to cool before opening, touching the printer \\
+	* Always ensure that equipment is correctly mounted before use. Imporperly mounted print beds, printheads, cartridges, calbes liquid spouts and air spouts can be dangerous. If any equipment appears damaged, turn off the printer, unplug all connections and contact CELLINK. \\
+----
------
+===== Operating Procedures =====
-===== Safety Concerns =====
+Insert Text Here!
 ----
 ===== Reference Documentation =====
+{{ :creationworkshop.pdf |}}\\
+{{ :small_projector_manual.pdf |}}
 -----
+===== Training Documentation =====
+{{ :biox_manual.pdf |}}
+----