Differences

This shows you the differences between two versions of the page.

--- rayjet_300 [2020/08/12 18:18] – [Training Documentation] furst
+++ rayjet_300 [2023/05/31 20:34] (current) – removed haley
@@ Line 1: / Line 1: @@
-====== Rayjet 300 150W Laser Cutter ======
-^                 Rayjet 300 150W Laser Cutter                          ^
-|          {{ :tools:rayjet300:rayjet300.jpeg?nolink&200 |}}            |
-| **Tool Type:**                  "laser Cutter"                           |
-| **Location:**                   "Innovations Workshop"                           |
-|  **Supervisor**        |  **Tool Lead**  |
-|  David Bothman         |  "WW Name"  |
-|  (805) 893-4125        |  (###) ###-####  |
-|  bothman@cnsi.ucsb.edu  |  "WW Email"  |
-| **Description:**                "Laser cutter and engraver"                           |
-| **Manufacturer:**               "Trotec"                           |
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-===== About =====
-One of two laser cutters, the Rayjet is located in the Innovations Workshop along with its stand alone fume extractor. Both laser cutters utilize CorelDraw as a 2D sketch manager which is then imported into Trotec's specific cutting software. CorelDraw can be used to create the 2D sketch, however importing a DXF file or PDF into CorelDraw from Solidworks or other CAD packages is preferred due the CAD packages integrated features and functions.
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-===== Detailed Specifications =====
-Working area: 726 x 432 mm\\
-Max height of work piece: 149 - 200 mm depending on installed lens (see operations manual page 7)\\
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-===== Safety Concerns =====
-Looking directly into the laser can cause retinal damage. Confirm that the fume collection system is running whenever the laser is cutting or engraving. See list of approved materials for laser cutting, some require nitrogen gas if flammable, or could release chlorine gas if cut. NO NOT CUT NON APPROVED MATERIALS INCLUDING METALS. Laser lenses must be cleaned within ONE WEEK of time of use. If lenses has not been cleaned, clean before use to avoid damaging lenses.
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-===== Operating Procedures =====
-  - Turn on laser cutter and fume extractor
-  - Use focusing tool to set bed height based on workpiece, move laser to desired starting position
-  - Launch CorelDraw and import 2D sketch as PDF or DXF. Take the time to check scale using built in page rulers
-  - Set lines to be cut as RED and patterns to be engraved as BLACK. (must use true RGB red and black)
-  - Select Print -> Print settings
-  - Within Print settings select desired laser recipe based on material and thickness, verify one click print is turned off, print order is set to inner features first, and import dimensions from CorelDraw is selected
-  - Click Print
-  - Navigate to Trotec software
-  - Check Scale, do a dry run without laser power if necessary
-  - Send job to laser cutter
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-===== Reference Documentation =====
-[[Laser cutting data]]
-{{:tools:rayjet300:rayjet-300_8024_operationmanual_en.pdf|}}
-{{:tools:rayjet300:rayjet_8015_software-manual_en.pdf|}}
-{{:tools:rayjet300:exhaust_system_information.pdf|}}
-===== Training Documentation =====
-{{:tools:rayjet300:trotec_laser_training_r0.6.docx|}}
-{{:tools:rayjet300:rayjet_laser_cutter_notes.pdf|}}
-{{:tools:rayjet300:workshop_wizard_project_information_form_-_updated_laser_cutter_sop.pdf|}}
-{{:tools:rayjet300:trotec_and_rayjet_training_sign_in.pdf|}}
-{{:tools:rayjet300:trotec_rayjet_sop.pdf|}}
-[[laser_cutter_training_sop|Laser Cutter SOP]]
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