MAGLab - User contributions [en]

Category:Equipment

2019-01-11T01:56:38Z

Timothytam:

Return to Main Page [[Main Page]]

==Digital Fabrication==
<gallery>
File:Zortrax1.jpeg|[[Zortrax M200 3D Printer]]
File:Kossel.jpeg|[[Kossel Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Metalworking==
<gallery>
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>
==Woodworking==
<gallery>
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

Kossel Delta 3D Printer

2018-11-28T03:43:35Z

Timothytam: /* Bed Leveling */

{| class="wikitable" style="float:right;"
|+Kossel 3D Printer
|[[File:Kossel2.jpeg|300px]] 
'''Location:''' 3D Printer Desk 
'''Ownership:''' Brandon Lu 
'''Status:''' Fully Working 
'''Usage Restrictions:''' Permission Required
|-
!3D Printer
|-
|'''Type:''' Reprap - Kossel 
'''Build Volume:''' Diameter: 200mm, Height: 260mm 
'''Materials:''' PLA, ABS
|-
|}
RepRap Kossel printer on loan from Brandon Lu.

== General Advice and Precautions ==
Do not use without first getting permission from Brandon. Components such as the extruder are finicky and may be seriously damaged without the proper settings.

=== Precautions ===
====Cooling====
Do not let the extruder heat up without a powered fan. The recommended fan setting is always above 20%. The printer accepts fan commands in pulse-width-modulated counts ranging from 0 to 255. Always set the printer to a count of 51 or more counts when the extruder is heated up or it is expected to heat up.
====Bed Leveling====
Please consult Brandon before attempting to relevel the bed. Removing the glass with the parts before breaking the parts loose helps to reduce the need to frequently relevel the bed.

=== Directions ===
The Octoprint server can be reached at http://192.168.254.95 Login credentials can be found on the printer.

Slicing with Octoprint (easiest)
#Click "Upload" button
#Select the file you want to upload
#In the "Slicing *file you selected*" prompt, select slicing profile (Kossel, Kossel Support 1, Kossel Support 2). Support 1 generates support material only where the part overhangs above the bed while support 2 also generates support material where the part overhangs above itself.
#Click the "Slice" button.
#In the "files" section click the .gco file you just created.
#Click "GCode Viewer" tab on right half of the screen to view the slicer output. Layers can be viewed by dragging the sliders adjacent to the simulated platform area or by clicking the buttons.
#If you are satisfied with the slicer output, click "Print" in the "State" section of the page.
#The printer will initiate printing.

== Configuration ==
This is for setup. Under normal circumstances, there is no need to modify these values.
=== Serial Connection ===
Serial Port: Auto
 Baudrate: 250000
=== Printer Profiles ===
==== Print bed & build volume ====
Form Factor: Circular 
Heated Bed: Checked 
Diameter (X/Y>: 200mm 
Height (Z): 260mm 
==== Axes ====
Maximum Feed Rate (X, Y, Z, E): 6000, 6000, 6000, 300 
Invert Control: Unchecked

== Materials ==
PLA & ABS: Preferred materials for this printer 
TPE / TPC: Flexible filaments will not work reliably with Kossel printer since the printer has a bowden-tube extruder.

== History ==
=== Head clogs ===
The printer has been clogged at least five times. Every clog was because of incorrect heat application and has required specialty repairs.

== Lending Terms ==
Kossel Delta is currently on loan from [[User:BLu]], hereinafter referred to as "owner."

Any member or visitor of MAG Laboratory, heinafter referred to as "user," '''''may''''' use the printer given the included configurations and with modifications of these printer configurations.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt alterations or repairs on the printer.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt to change filament on the printer. (Soon to change)

Kossel Delta 3D Printer

2018-11-28T03:43:12Z

Timothytam: /* Materials */

{| class="wikitable" style="float:right;"
|+Kossel 3D Printer
|[[File:Kossel2.jpeg|300px]] 
'''Location:''' 3D Printer Desk 
'''Ownership:''' Brandon Lu 
'''Status:''' Fully Working 
'''Usage Restrictions:''' Permission Required
|-
!3D Printer
|-
|'''Type:''' Reprap - Kossel 
'''Build Volume:''' Diameter: 200mm, Height: 260mm 
'''Materials:''' PLA, ABS
|-
|}
RepRap Kossel printer on loan from Brandon Lu.

== General Advice and Precautions ==
Do not use without first getting permission from Brandon. Components such as the extruder are finicky and may be seriously damaged without the proper settings.

=== Precautions ===
====Cooling====
Do not let the extruder heat up without a powered fan. The recommended fan setting is always above 20%. The printer accepts fan commands in pulse-width-modulated counts ranging from 0 to 255. Always set the printer to a count of 51 or more counts when the extruder is heated up or it is expected to heat up.
====Bed Leveling====
Please consult Brandon Lu before attempting to relevel the bed. Removing the glass with the parts before breaking the parts loose helps to reduce the need to frequently relevel the bed.

=== Directions ===
The Octoprint server can be reached at http://192.168.254.95 Login credentials can be found on the printer.

Slicing with Octoprint (easiest)
#Click "Upload" button
#Select the file you want to upload
#In the "Slicing *file you selected*" prompt, select slicing profile (Kossel, Kossel Support 1, Kossel Support 2). Support 1 generates support material only where the part overhangs above the bed while support 2 also generates support material where the part overhangs above itself.
#Click the "Slice" button.
#In the "files" section click the .gco file you just created.
#Click "GCode Viewer" tab on right half of the screen to view the slicer output. Layers can be viewed by dragging the sliders adjacent to the simulated platform area or by clicking the buttons.
#If you are satisfied with the slicer output, click "Print" in the "State" section of the page.
#The printer will initiate printing.

== Configuration ==
This is for setup. Under normal circumstances, there is no need to modify these values.
=== Serial Connection ===
Serial Port: Auto
 Baudrate: 250000
=== Printer Profiles ===
==== Print bed & build volume ====
Form Factor: Circular 
Heated Bed: Checked 
Diameter (X/Y>: 200mm 
Height (Z): 260mm 
==== Axes ====
Maximum Feed Rate (X, Y, Z, E): 6000, 6000, 6000, 300 
Invert Control: Unchecked

== Materials ==
PLA & ABS: Preferred materials for this printer 
TPE / TPC: Flexible filaments will not work reliably with Kossel printer since the printer has a bowden-tube extruder.

== History ==
=== Head clogs ===
The printer has been clogged at least five times. Every clog was because of incorrect heat application and has required specialty repairs.

== Lending Terms ==
Kossel Delta is currently on loan from [[User:BLu]], hereinafter referred to as "owner."

Any member or visitor of MAG Laboratory, heinafter referred to as "user," '''''may''''' use the printer given the included configurations and with modifications of these printer configurations.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt alterations or repairs on the printer.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt to change filament on the printer. (Soon to change)

Kossel Delta 3D Printer

2018-11-28T03:42:52Z

Timothytam: Added ABS as approved material. Added note on bed leveling w/o permission

{| class="wikitable" style="float:right;"
|+Kossel 3D Printer
|[[File:Kossel2.jpeg|300px]] 
'''Location:''' 3D Printer Desk 
'''Ownership:''' Brandon Lu 
'''Status:''' Fully Working 
'''Usage Restrictions:''' Permission Required
|-
!3D Printer
|-
|'''Type:''' Reprap - Kossel 
'''Build Volume:''' Diameter: 200mm, Height: 260mm 
'''Materials:''' PLA, ABS
|-
|}
RepRap Kossel printer on loan from Brandon Lu.

== General Advice and Precautions ==
Do not use without first getting permission from Brandon. Components such as the extruder are finicky and may be seriously damaged without the proper settings.

=== Precautions ===
====Cooling====
Do not let the extruder heat up without a powered fan. The recommended fan setting is always above 20%. The printer accepts fan commands in pulse-width-modulated counts ranging from 0 to 255. Always set the printer to a count of 51 or more counts when the extruder is heated up or it is expected to heat up.
====Bed Leveling====
Please consult Brandon Lu before attempting to relevel the bed. Removing the glass with the parts before breaking the parts loose helps to reduce the need to frequently relevel the bed.

=== Directions ===
The Octoprint server can be reached at http://192.168.254.95 Login credentials can be found on the printer.

Slicing with Octoprint (easiest)
#Click "Upload" button
#Select the file you want to upload
#In the "Slicing *file you selected*" prompt, select slicing profile (Kossel, Kossel Support 1, Kossel Support 2). Support 1 generates support material only where the part overhangs above the bed while support 2 also generates support material where the part overhangs above itself.
#Click the "Slice" button.
#In the "files" section click the .gco file you just created.
#Click "GCode Viewer" tab on right half of the screen to view the slicer output. Layers can be viewed by dragging the sliders adjacent to the simulated platform area or by clicking the buttons.
#If you are satisfied with the slicer output, click "Print" in the "State" section of the page.
#The printer will initiate printing.

== Configuration ==
This is for setup. Under normal circumstances, there is no need to modify these values.
=== Serial Connection ===
Serial Port: Auto
 Baudrate: 250000
=== Printer Profiles ===
==== Print bed & build volume ====
Form Factor: Circular 
Heated Bed: Checked 
Diameter (X/Y>: 200mm 
Height (Z): 260mm 
==== Axes ====
Maximum Feed Rate (X, Y, Z, E): 6000, 6000, 6000, 300 
Invert Control: Unchecked

== Materials ==
PLA & PLA: Preferred materials for this printer 
TPE / TPC: Flexible filaments will not work reliably with Kossel printer since the printer has a bowden-tube extruder.

== History ==
=== Head clogs ===
The printer has been clogged at least five times. Every clog was because of incorrect heat application and has required specialty repairs.

== Lending Terms ==
Kossel Delta is currently on loan from [[User:BLu]], hereinafter referred to as "owner."

Any member or visitor of MAG Laboratory, heinafter referred to as "user," '''''may''''' use the printer given the included configurations and with modifications of these printer configurations.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt alterations or repairs on the printer.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt to change filament on the printer. (Soon to change)

Zortrax M200 3D Printer

2018-11-15T00:24:02Z

Timothytam:

{| class="wikitable" style="float:right;"
|+Zortrax M200 3D Printer
|[[File:Zortrax2.jpeg|300px]] 
'''Location:''' Electronics Room 
'''Ownership:''' Mag Laboratory 
'''Status:''' Fully Working 
'''Usage Restrictions:''' None
|-
!3D Printer
|-
|'''Brand:''' Zortrax 
'''Model:''' M200 
'''Type:''' Cartesian 
'''Quality:''' Prosumer/Professional 
'''Build Volume:''' Length: 200mm, Width: 200mm, Height: 185mm 
'''Materials:''' PLA
|-
|}

The '''Zortax M200''' is a 3D printer.

File:Zortrax2.jpeg

2018-11-15T00:11:38Z

Timothytam: Quarter view of Zortrax M200

== Summary ==
Quarter view of Zortrax M200

Category:Equipment

2018-11-15T00:09:46Z

Timothytam: /* Digital Fabrication */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Zortrax1.jpeg|[[Zortrax M200 3D Printer]]
File:Kossel.jpeg|[[Kossel Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

File:Zortrax1.jpeg

2018-11-15T00:09:18Z

Timothytam: Front view of Zotrax M200 3D printer

== Summary ==
Front view of Zotrax M200 3D printer

Kossel Delta 3D Printer

2018-11-14T23:55:40Z

Timothytam:

{| class="wikitable" style="float:right;"
|+Kossel 3D Printer
|[[File:Kossel2.jpeg|300px]] 
'''Location:''' 3D Printer Desk 
'''Ownership:''' Brandon Lu 
'''Status:''' Fully Working 
'''Usage Restrictions:''' Permission Required
|-
!3D Printer
|-
|'''Type:''' Reprap - Kossel 
'''Build Volume:''' Diameter: 200mm, Height: 260mm 
'''Materials:''' PLA, (ABS)
|-
|}
RepRap Kossel printer on loan from Brandon Lu.

== General Advice and Precautions ==
Do not use without first getting permission from Brandon. Components such as the extruder are finicky and may be seriously damaged without the proper settings.

=== Precautions ===
Do not let the extruder heat up without a powered fan. The recommended fan setting is always above 20%. The printer accepts fan commands in pulse-width-modulated counts ranging from 0 to 255. Always set the printer to a count of 51 or more counts when the extruder is heated up or it is expected to heat up.

=== Directions ===
The Octoprint server can be reached at http://192.168.254.95 Login credentials can be found on the printer.

Slicing with Octoprint (easiest)
#Click "Upload" button
#Select the file you want to upload
#In the "Slicing *file you selected*" prompt, select slicing profile (Kossel, Kossel Support 1, Kossel Support 2). Support 1 generates support material only where the part overhangs above the bed while support 2 also generates support material where the part overhangs above itself.
#Click the "Slice" button.
#In the "files" section click the .gco file you just created.
#Click "GCode Viewer" tab on right half of the screen to view the slicer output. Layers can be viewed by dragging the sliders adjacent to the simulated platform area or by clicking the buttons.
#If you are satisfied with the slicer output, click "Print" in the "State" section of the page.
#The printer will initiate printing.

== Configuration ==
This is for setup. Under normal circumstances, there is no need to modify these values.
=== Serial Connection ===
Serial Port: Auto
 Baudrate: 250000
=== Printer Profiles ===
==== Print bed & build volume ====
Form Factor: Circular 
Heated Bed: Checked 
Diameter (X/Y>: 200mm 
Height (Z): 260mm 
==== Axes ====
Maximum Feed Rate (X, Y, Z, E): 6000, 6000, 6000, 300 
Invert Control: Unchecked

== Materials ==
PLA: PLA is the preferred material for this printer 
ABS: Please consult Brandon before using ABS 
TPE / TPC: Flexible filaments will not work reliably with Kossel printer since the printer has a bowden-tube extruder.

== History ==
=== Head clogs ===
The printer has been clogged at least five times. Every clog was because of incorrect heat application and has required specialty repairs.

== Lending Terms ==
Kossel Delta is currently on loan from [[User:BLu]], hereinafter referred to as "owner."

Any member or visitor of MAG Laboratory, heinafter referred to as "user," '''''may''''' use the printer given the included configurations and with modifications of these printer configurations.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt alterations or repairs on the printer.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt to change filament on the printer. (Soon to change)

File:Kossel2.jpeg

2018-11-14T23:55:23Z

Timothytam: Benchy printed by Kossel

== Summary ==
Benchy printed by Kossel

Kossel Delta 3D Printer

2018-11-14T23:51:28Z

Timothytam:

{| class="wikitable" style="float:right;"
|+Kossel 3D Printer
|[[File:Kossel.jpeg|300px]] 
'''Location:''' 3D Printer Desk 
'''Ownership:''' Brandon Lu 
'''Status:''' Fully Working 
'''Usage Restrictions:''' Permission Required
|-
!3D Printer
|-
|'''Type:''' Reprap - Kossel 
'''Build Volume:''' Diameter: 200mm, Height: 260mm 
'''Materials:''' PLA, (ABS)
|-
|}
RepRap Kossel printer on loan from Brandon Lu.

== General Advice and Precautions ==
Do not use without first getting permission from Brandon. Components such as the extruder are finicky and may be seriously damaged without the proper settings.

=== Precautions ===
Do not let the extruder heat up without a powered fan. The recommended fan setting is always above 20%. The printer accepts fan commands in pulse-width-modulated counts ranging from 0 to 255. Always set the printer to a count of 51 or more counts when the extruder is heated up or it is expected to heat up.

=== Directions ===
The Octoprint server can be reached at http://192.168.254.95 Login credentials can be found on the printer.

Slicing with Octoprint (easiest)
#Click "Upload" button
#Select the file you want to upload
#In the "Slicing *file you selected*" prompt, select slicing profile (Kossel, Kossel Support 1, Kossel Support 2). Support 1 generates support material only where the part overhangs above the bed while support 2 also generates support material where the part overhangs above itself.
#Click the "Slice" button.
#In the "files" section click the .gco file you just created.
#Click "GCode Viewer" tab on right half of the screen to view the slicer output. Layers can be viewed by dragging the sliders adjacent to the simulated platform area or by clicking the buttons.
#If you are satisfied with the slicer output, click "Print" in the "State" section of the page.
#The printer will initiate printing.

== Configuration ==
This is for setup. Under normal circumstances, there is no need to modify these values.
=== Serial Connection ===
Serial Port: Auto
 Baudrate: 250000
=== Printer Profiles ===
==== Print bed & build volume ====
Form Factor: Circular 
Heated Bed: Checked 
Diameter (X/Y>: 200mm 
Height (Z): 260mm 
==== Axes ====
Maximum Feed Rate (X, Y, Z, E): 6000, 6000, 6000, 300 
Invert Control: Unchecked

== Materials ==
PLA: PLA is the preferred material for this printer 
ABS: Please consult Brandon before using ABS 
TPE / TPC: Flexible filaments will not work reliably with Kossel printer since the printer has a bowden-tube extruder.

== History ==
=== Head clogs ===
The printer has been clogged at least five times. Every clog was because of incorrect heat application and has required specialty repairs.

== Lending Terms ==
Kossel Delta is currently on loan from [[User:BLu]], hereinafter referred to as "owner."

Any member or visitor of MAG Laboratory, heinafter referred to as "user," '''''may''''' use the printer given the included configurations and with modifications of these printer configurations.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt alterations or repairs on the printer.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt to change filament on the printer. (Soon to change)

Kossel Delta 3D Printer

2018-11-14T23:43:42Z

Timothytam: Created page with "RepRap Kossel printer on loan from Brandon Lu. == General Advice and Precautions == Do not use without first getting permission from Brandon. Components such as the extruder..."

RepRap Kossel printer on loan from Brandon Lu.

== General Advice and Precautions ==
Do not use without first getting permission from Brandon. Components such as the extruder are finicky and may be seriously damaged without the proper settings.

=== Precautions ===
Do not let the extruder heat up without a powered fan. The recommended fan setting is always above 20%. The printer accepts fan commands in pulse-width-modulated counts ranging from 0 to 255. Always set the printer to a count of 51 or more counts when the extruder is heated up or it is expected to heat up.

=== Directions ===
The Octoprint server can be reached at http://192.168.254.95 Login credentials can be found on the printer.

Slicing with Octoprint (easiest)
#Click "Upload" button
#Select the file you want to upload
#In the "Slicing *file you selected*" prompt, select slicing profile (Kossel, Kossel Support 1, Kossel Support 2). Support 1 generates support material only where the part overhangs above the bed while support 2 also generates support material where the part overhangs above itself.
#Click the "Slice" button.
#In the "files" section click the .gco file you just created.
#Click "GCode Viewer" tab on right half of the screen to view the slicer output. Layers can be viewed by dragging the sliders adjacent to the simulated platform area or by clicking the buttons.
#If you are satisfied with the slicer output, click "Print" in the "State" section of the page.
#The printer will initiate printing.

== Configuration ==
This is for setup. Under normal circumstances, there is no need to modify these values.
=== Serial Connection ===
Serial Port: Auto
 Baudrate: 250000
=== Printer Profiles ===
==== Print bed & build volume ====
Form Factor: Circular 
Heated Bed: Checked 
Diameter (X/Y>: 200mm 
Height (Z): 260mm 
==== Axes ====
Maximum Feed Rate (X, Y, Z, E): 6000, 6000, 6000, 300 
Invert Control: Unchecked

== Materials ==
PLA: PLA is the preferred material for this printer 
ABS: Please consult Brandon before using ABS 
TPE / TPC: Flexible filaments will not work reliably with Kossel printer since the printer has a bowden-tube extruder.

== History ==
=== Head clogs ===
The printer has been clogged at least five times. Every clog was because of incorrect heat application and has required specialty repairs.

== Lending Terms ==
Kossel Delta is currently on loan from [[User:BLu]], hereinafter referred to as "owner."

Any member or visitor of MAG Laboratory, heinafter referred to as "user," '''''may''''' use the printer given the included configurations and with modifications of these printer configurations.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt alterations or repairs on the printer.
Users excluding qualified 3d printer maintainers as defined by the owner '''''shall not''''' attempt to change filament on the printer. (Soon to change)

Category:Equipment

2018-11-14T22:03:19Z

Timothytam: /* Digital Fabrication */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Placeholder.jpg|[[Zortrax M200 3D Printer]]
File:Kossel.jpeg|[[Kossel Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

File:Kossel.jpeg

2018-11-14T22:02:38Z

Timothytam:

Category:Equipment

2018-11-14T22:01:34Z

Timothytam: /* Digital Fabrication */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Placeholder.jpg|[[Zortrax M200 3D Printer]]
File:Kossel.jpeg|[[BLu Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

File:Placeholder.jpg

2018-11-14T21:59:39Z

Timothytam: Timothytam uploaded a new version of File:Placeholder.jpg

File:Placeholder.jpg

2018-11-14T21:58:46Z

Timothytam: Timothytam uploaded a new version of File:Placeholder.jpg

Category:Equipment

2018-11-14T04:38:52Z

Timothytam: /* Drilling */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Placeholder.jpg|[[Zortrax M200 3D Printer]]
File:Placeholder.jpg|[[BLu Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

Category:Equipment

2018-11-14T04:38:36Z

Timothytam: /* Woodworking */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:Placeholder.jpg|Manhattan Heavy Duty Drill Press 951210
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Placeholder.jpg|[[Zortrax M200 3D Printer]]
File:Placeholder.jpg|[[BLu Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

Category:Equipment

2018-11-14T04:37:51Z

Timothytam: /* Metalworking */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Homemade CNC Dremel Routes.jpg|Homemade CNC Dremel Router
File:MAG_CutoffSawCS.jpg|OSH 15A 12" Miter Saw
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:Placeholder.jpg|Manhattan Heavy Duty Drill Press 951210
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Placeholder.jpg|[[Zortrax M200 3D Printer]]
File:Placeholder.jpg|[[BLu Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

Machine Operation Test

2018-11-07T18:06:04Z

Timothytam:

[https://www.me.ucr.edu/machineshop/UCR-ME-SOP-Manual%20Milling%20Machines-v5.pdf Learning Resource] 
1. Explain the purpose of the three ground surfaces on a standard lathe cutting tool [https://me-mechanicalengineering.com/single-point-cutting-tool/ Answer] 
2. For machining on a lathe, in relation to the part centerline, the cutting point of the tool should be (Below / Level / Above) 
3. For turning (O.D.) it is it is more desirable to have the tool ( Over / Under ) the centerline while in boring (I.D.) it is more desirable to have the tool ( Over / Under ) the centerline. 
2. A chuck key is used for: __________. It can be dangerous because __________. 
3. It is important to determine material hardness before machining because __________. 
4. Cutting fluid is used for these two purposes: __________. 
5. It is important ensure workpieces and cutting tools are secured because __________. It is important to periodically check that both are secured during machining process because __________. 
6. Describe the differences between turning, facing, and boring. 
7. Self centering chucks useful for __________. They cannot be used for __________. 
8. Live centers are often used to __________. 
9. In what cases would you use carbide tools vs HSS? 
10. Finishing cuts have a __________ depth of cut and a __________ feedrate compared to a roughing cut. Surface finish and dimensional accuracy is __________ as a result. 
11. The cutting tools that can be used to face a piece of stock on a mill are: 
:a) end mill 
:b) boring bar 
:c) fly cutter 
:d) tap 
:e) face mill 
12. Plunging an endmill into the workpiece is preferred / not preferred because __________. Instead a better solution is to __________. 
13. Climb milling differs from conventional milling in that __________. 
14. In a manual machine, (Climb / Conventional) milling should only be done in light passes because backlash due to the lead screws can cause the workpiece to shift suddenly and potentially damage the tool, workpiece, or injure the operator if the workpiece is flung out of the fixture. 
13. Climb milling is usually done in (Manual / CNC) machines. However it is not as common on (Manual / CNC) machines because __________. 
12. In general __________ fluted endmills are used for Aluminum while __________ fluted endmills are used for steel. 
13. It is important to tram or indicate the head of the mill because __________. 
14. Briefly describe the following operations: 
:a) center drill 
:b) drill 
:c) ream 
:d) hone 
15. Collets are usually used to hold: 
:a) end mills 
:b) drills 
:c) end mills and drills 
16. Drill chucks should only be used for drilling operations in which the majority of the force is applied vertically to the tool because: __________. 
17. A vise is preferred over setup clamps because __________. However setup clamps are useful for __________. 
18. Parallels are use to: __________. 
19. V blocks are used when fixturing __________ parts on the milling table. 
20. Whenever possible the quill should be __________ when machining the part because __________. 
21. If possible, an endmill should be grasped by this section __________. Flutes should be handled using __________. 
22. Chips should be swept away using this __________. Care should be taken in preventing __________.

Machine Operation Test

2018-11-07T18:04:40Z

Timothytam:

[https://www.me.ucr.edu/machineshop/UCR-ME-SOP-Manual%20Milling%20Machines-v5.pdf Learning Resource] 
1. Explain the purpose of the three ground surfaces on a standard lathe cutting tool [https://me-mechanicalengineering.com/single-point-cutting-tool/ Answer] 
2. For machining on a lathe, in relation to the part centerline, the cutting point of the tool should be (Below / Level / Above) 
3. For turning (O.D.) it is it is more desirable to have the tool ( over / under ) the centerline while in boring (I.D.) it is more desirable to have the tool ( over / under ) the centerline. 
2. A chuck key is used for: __________. It can be dangerous because __________. 
3. It is important to determine material hardness before machining because __________. 
4. Cutting fluid is used for these two purposes: __________. 
5. It is important ensure workpieces and cutting tools are secured because __________. It is important to periodically check that both are secured during machining process because __________. 
6. Describe the differences between turning, facing, and boring. 
7. Self centering chucks useful for __________. They cannot be used for __________. 
8. Live centers are often used to __________. 
9. In what cases would you use carbide tools vs HSS? 
10. Finishing cuts have a __________ depth of cut and a __________ feedrate compared to a roughing cut. Surface finish and dimensional accuracy is __________ as a result. 
11. The cutting tools that can be used to face a piece of stock on a mill are: 
:a) end mill 
:b) boring bar 
:c) fly cutter 
:d) tap 
:e) face mill 
12. Plunging an endmill into the workpiece is preferred / not preferred because __________. Instead a better solution is to __________. 
13. Climb milling differs from conventional milling in that __________. 
14. In a manual machine, (Climb / Conventional) milling should only be done in light passes because backlash due to the lead screws can cause the workpiece to shift suddenly and potentially damage the tool, workpiece, or injure the operator if the workpiece is flung out of the fixture. 
13. Climb milling is usually done in (Manual / CNC) machines. However it is not as common on (Manual / CNC) machines because __________. 
12. In general __________ fluted endmills are used for Aluminum while __________ fluted endmills are used for steel. 
13. It is important to tram or indicate the head of the mill because __________. 
14. Briefly describe the following operations: 
:a) center drill 
:b) drill 
:c) ream 
:d) hone 
15. Collets are usually used to hold: 
:a) end mills 
:b) drills 
:c) end mills and drills 
16. Drill chucks should only be used for drilling operations in which the majority of the force is applied vertically to the tool because: __________. 
17. A vise is preferred over setup clamps because __________. However setup clamps are useful for __________. 
18. Parallels are use to: __________. 
19. V blocks are used when fixturing __________ parts on the milling table. 
20. Whenever possible the quill should be __________ when machining the part because __________. 
21. If possible, an endmill should be grasped by this section __________. Flutes should be handled using __________. 
22. Chips should be swept away using this __________. Care should be taken in preventing __________.

Machine Operation Test

2018-11-07T18:01:53Z

Timothytam: Created page with "1. Explain the purpose of the three ground surfaces on a standard lathe cutting tool [https://me-mechanicalengineering.com/single-point-cutting-tool/ Answer] 2. For mach..."

1. Explain the purpose of the three ground surfaces on a standard lathe cutting tool [https://me-mechanicalengineering.com/single-point-cutting-tool/ Answer] 
2. For machining on a lathe, in relation to the part centerline, the cutting point of the tool should be (below / level / above) 
3. For turning (O.D.) it is it is more desirable to have the tool ( over / under ) the centerline while in boring (I.D.) it is more desirable to have the tool ( over / under ) the centerline. 
2. A chuck key is used for: __________. It can be dangerous because __________. 
3. It is important to determine material hardness before machining because __________. 
4. Cutting fluid is used for these two purposes: __________. 
5. It is important ensure workpieces and cutting tools are secured because __________. It is important to periodically check that both are secured during machining process because __________. 
6. Describe the differences between turning, facing, and boring. 
7. Self centering chucks useful for __________. They cannot be used for __________. 
8. Live centers are often used to __________. 
9. In what cases would you use carbide tools vs HSS? 
10. Finishing cuts have a __________ depth of cut and a __________ feedrate compared to a roughing cut. Surface finish and dimensional accuracy is __________ as a result. 
11. The cutting tools that can be used to face a piece of stock on a mill are: 
:a) end mill 
:b) boring bar 
:c) fly cutter 
:d) tap 
:e) face mill 
12. Plunging an endmill into the workpiece is preferred / not preferred because __________. Instead a better solution is to __________. 
13. Climb milling differs from conventional milling in that __________. 
14. In a manual machine, (Climb / Conventional) milling should only be done in light passes because backlash due to the lead screws can cause the workpiece to shift suddenly and potentially damage the tool, workpiece, or injure the operator if the workpiece is flung out of the fixture. 
13. Climb milling is usually done in (Manual / CNC) machines. However it is not as common on (Manual / CNC) machines because __________. 
12. In general __________ fluted endmills are used for Aluminum while __________ fluted endmills are used for steel. 
13. It is important to tram or indicate the head of the mill because __________. 
14. Briefly describe the following operations: 
:a) center drill 
:b) drill 
:c) ream 
:d) hone 
15. Collets are usually used to hold: 
:a) end mills 
:b) drills 
:c) end mills and drills 
16. Drill chucks should only be used for drilling operations in which the majority of the force is applied vertically to the tool because: __________. 
17. A vise is preferred over setup clamps because __________. However setup clamps are useful for __________. 
18. Parallels are use to: __________. 
19. V blocks are used when fixturing __________ parts on the milling table. 
20. Whenever possible the quill should be __________ when machining the part because __________. 
21. If possible, an endmill should be grasped by this section __________. Flutes should be handled using __________. 
22. Chips should be swept away using this __________. Care should be taken in preventing __________.

Shop Safety Test

2018-11-07T16:50:14Z

Timothytam: Created page with "1. You observe someone doing something dangerous. The proper response is to _________. If the person continues to do it your next step is to _________. '''Answer: Aler..."

1. You observe someone doing something dangerous. The proper response is to _________. If the person continues to do it your next step is to _________. 
'''Answer: Alert them and have them correct the issue. Escalate the issue to the Machining lead or a Maglab officer if the Machining lead is not available.''' 
2. If you are unsure about how to operate a tool or machine you should _________. 
'''Answer: Research the equipment and/or ask someone trained in the tool for instructions.''' 
3. (T/F) It is safe to machine if alertness or coordination is compromised from the effects of fatigue, alcohol, or medication. 
'''Answer: F''' 
4. Machining alone is dangerous and should never be done in Maglab because _________. 
'''Answer: There is no one to assist or call for help if any injuries occur.''' 
5. _________ should be worn to protect the eyes and footwear such as _________ should not be worn while operating machinery. 
'''Answer: Safety glasses and open toe shoes''' 
6. Long hair, gloves, name badges, rings, and watches should not be worn while operating machinery because: _________. Long sleeves should be _________. 
'''Answer: The items might get entangled in machinery. Rolled up or not worn''' 
7. Sharp objects should be grasped using ____________. Whenever possible sharp edges should be _____________ to prevent cuts. 
'''Answer: Gloves. Deburr/ rounded''' 
8. A (Cluttered / Organized) environment should be maintained at all times. 
'''Answer: Organized''' 
9. You observe someone wrap up their work and leave without cleaning the machinery or putting tools away. You ______ (multiple choice) 
a) Nicely clean the machinery for them 
b) Alert them to clean the machinery 
c) Escalate the issue to the Machining Lead or Mag Labs Officer if the problem persists. 
'''Answer: b & c''' 
10. Any damaged or broken tools should be reported to the Machining Lead because ______________ and so that the Maching Lead can __________________. 
'''Answer: Broken tools can be dangerous and can hinder someone else’s progress. The tool can be replaced.''' 
11. (T/F) Modifications can be done on a machine without notifying the Machining lead. 
'''Answer: F'''

Category:Equipment

2018-11-01T18:32:55Z

Timothytam: /* Other */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:MAL_LathCS.jpg|Sheldon Machine Co. Metal Lathe
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:Eastwood_MIG_135-01S.jpg|Eastwood MIG 135 MIG/flux core welder
File:Placeholder.jpg|AirGas Steel mix for MIG
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:Placeholder.jpg|Pittsburg compact bar and rod bender with scroll bending attachments
File:Ammco2700H-FramePress.png|Ammco 2700 H-frame press
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Homemade CNC Dremel Routes.jpg|Homemade CNC Dremel Router
File:MAG_CutoffSawCS.jpg|OSH 15A 12" Miter Saw
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:Placeholder.jpg|Manhattan Heavy Duty Drill Press 951210
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Placeholder.jpg|[[Zortrax M200 3D Printer]]
File:Placeholder.jpg|[[BLu Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>

Membership

2018-11-01T18:29:57Z

Timothytam:

This page might be out of date. For most recent information, please see the membership page: http://www.maglaboratory.org/membership

==General Membership==
You can come by the space anytime that it is opened by a keyed member and can use any of our machines and publicly available materials free of charge. You can bring a guest to the space to help you work on projects as well. To become a general member is $50 a month.

Use the link directly below for a recurring payment of $50/month.
<paypal>1</paypal>

==Keyed Membership==
You have unlimited access to the space and can come anytime you feel like it. You can bring a guest to the space to help you work on your projects. Keyed membership is $100 a month. Please contact us to sign up for keyed membership.

==Backer Membership==
You just want to support us because you like us.

<paypal>3</paypal>

Membership

2018-11-01T18:29:43Z

Timothytam:

This page might be out of date. For most recent information, please see the membership page: http://www.maglaboratory.org/membership

==General Membership==
You can come by the space anytime that it is opened by a keyed member and can use any of our machines and publicly available materials free of charge. You can bring a guest to the space to help you work on projects as well. To become a general member is $50 a month.

Use the link directly below for a recurring payment of $40/month.
<paypal>1</paypal>

==Keyed Membership==
You have unlimited access to the space and can come anytime you feel like it. You can bring a guest to the space to help you work on your projects. Keyed membership is $100 a month. Please contact us to sign up for keyed membership.

==Backer Membership==
You just want to support us because you like us.

<paypal>3</paypal>

Events

2018-11-01T18:28:54Z

Timothytam:

Return to Main Page [[Main Page]]

MAG Laboratory's Google Calendar can be viewed on our landing page [http://www.maglaboratory.org/ MAGLaboratory.org]

== Recurring Events: ==

*'''Project Night''' Every Friday

*'''Public Business Meeting''' Every Tuesday. 7:30pm to 8:30pm

*[[Upcoming Competitions]]

== Past Events ==

Category:Equipment

2018-10-24T03:22:22Z

Timothytam: /* Digital Fabrication */

Return to Main Page [[Main Page]]

==Mag Laboratory==
[[File:MagLabWelcomeS.jpg]]
==Metalworking==
<gallery>
File:MAG_MillCS.jpg|Millrite MV-1 Vertical Mill
File:MAL_LathCS.jpg|Sheldon Machine Co. Metal Lathe
File:DakeMEPCobra250ColdCutSaw.png|Dake MEP Cobra 250 Cold Cut Saw
File:ChicagoEle90AFluxWireWelder.png|Chicago Electric 90A flux wire welder
File:Eastwood_MIG_135-01S.jpg|Eastwood MIG 135 MIG/flux core welder
File:Placeholder.jpg|AirGas Steel mix for MIG
File:OxyAcetyleneTorchTanks.png|Oxygen/Acetylene Torch and tanks
File:Placeholder.jpg|Pittsburg compact bar and rod bender with scroll bending attachments
File:Ammco2700H-FramePress.png|Ammco 2700 H-frame press
File:BenchtopGrinder.png|Benchtop Grinding Wheel
</gallery>

==Woodworking==
<gallery>
File:Homemade CNC Dremel Routes.jpg|Homemade CNC Dremel Router
File:MAG_CutoffSawCS.jpg|OSH 15A 12" Miter Saw
File:Delta6InchMiterSaw.png|Delta 6" Miter Saw
File:Placeholder.jpg|[[Ryobi 9" Band Saw BS902]]
</gallery>

==Drilling==
<gallery>
File:Placeholder.jpg|Manhattan Heavy Duty Drill Press 951210
File:MAG_DrillPressCS.jpg|King Bench Drilling Machine KSD-240M
</gallery>

==Powered Hand Tools==
<gallery>
File:CordlessSkillSaw.png|Circular Hand Saw
File:HandWheelGrinder.png|Hand Wheel Grinder
File:RecipricatingSaw.png|Reciprocating Saw
File:HuskyNailGun.png|Husky Nail Gun
</gallery>

==Electronics==

===Soldering===
<gallery>
File:TwoSolderingStations.png|2 soldering stations
File:Placeholder.jpg|[[PACE MBT-100 Desoldering Station]]
File:Placeholder.jpg|[[AOYUE 852A++ Hot Air Rework Station]]
</gallery>

===Test Equipment===
<gallery>
File:Hitachi V-212 20MHz OscilloscopeSC.png|Hitachi V-212 20MHz Oscilloscope
File:MAG_HP 1631D Logic AnalyzerCS.png|HP 1631D Logic Analyzer
File:Harrison 6205B Dual DC Power SupplyCS.png|Harrison 6205B Dual DC Power Supply
</gallery>

===Other===
<gallery>
File:HAL02S.JPG|[[HAL]] 'Raspberry Pi' (used to monitor doors and motion sensors)
</gallery>

==Digital Fabrication==
<gallery>
File:Placeholder.jpg|[[Zortrax M200 3D Printer]]
File:Placeholder.jpg|[[BLu Delta 3D Printer]]
File:RepRap_Mendel01.png|RepRap Mendel 3D Printer
</gallery>

==Other==
<gallery>
File:Placeholder.jpg|Husky 5 gal air compressor
File:ToolBoard01S.jpg|Tool Wall
File:MAG_SandBlasterS.jpg|ICM Superblast Sandblasting Booth
File:InjectionMolder.png|Newbury Industries Eldorado Injection Molder V1-30M
File:MAG_AirCompresserCS.JPG|Mill Bros & Co Air Compressor‎
File:Vacuum Bag with Pump.png|Vacuum Bag with Pump, used with laminates and composites‎
File:Mantis_Right.JPG|[[Mantis Stereo Microscope]]
</gallery>