# Area515 Tool Listings ## Welcome Please review the [tool use etiquette](/info/tool-use-etiquette) page for guidelines on how to use the tools at Area515. Don't forget to check out the [FAQ](/info/faq) if you have any questions. Afterwards feel free to browse the tool areas and lists for more information on tools, training, stewards, and resources. ## Contributing If you are a steward for one of these areas and you don't already have an account, please email for a signup link. If you need help feel free to email the same mailing list and the other stewards will get back to you as soon as they can. # Tool Use Etiquette ## Usage Except for the automotive lift, right now all tools are basically first come, first served. For most tools this isn't a problem. Occasionally some of the more popular tools can get more than one person trying to use them, but in that case both members usually discuss their projects and can work out how best to share. If you'll be using a tool for a long time, like say laser cutting a piece for several hours. It's good etiquette to post on the Google Group letting people know what you'll be using and for how long. This lets other members plan around you and avoid frustrations. ## Broken Tools Stuff happens, even when you're careful. We get it. If a tool is broken, please email to let the stewards know. If you broke it, please own up to it. People may not be happy, but they'll respect you for admitting it. People will be way more upset if they come in and discover something is broken on their own. Besides, the Tool Stewards can't fix it until they know about it. If it's something people aren't likely to realize is broken, print and post this on the tool so no one tries to use it: [Tool Broken Flyer](http://docs.google.com/document/d/1EVc538R1KuRqiPE-VQfbIIo5E6CY9r3wZXtEefzQ6tc/edit?usp=sharing) # FAQ ## I want to be trained on a tool/area, who do I contact? Please email to schedule training. Include what tools you would like to get trained on as well as your availability. Be prepared to pay the yearly tool usage fee. You can go to [our website](https://desmoinesmaker.space/collections/all) to pay the fee, or pay in person by leaving it in the drop box in an envelope with your name and what area it's for. ## Are these all the tools you have? Nope. This is only a list of the major ones. Plenty of tools aren't listed here, either because we haven't documented them yet or because they're too small to enumerate. If you're wondering about something that you don't see here, email and ask. ## What does the sticker on this tool mean? If you see a sticker on a tool, that means you need to be trained before use. Please see above for how to schedule training. ## I haven't heard back about my training request, what do I do? If you don't hear back after a few days, feel free to send out another email followup. Sometimes emails are overlooked or the stewards are too busy to respond at the time they receive it. Please be patient though, all of our stewards are volunteers. ## I broke a tool, what do I do? Please email with details about what you broke and how it broke. The sooner you report it the sooner it can be fixed. Use[ this flyer](http://docs.google.com/document/d/1EVc538R1KuRqiPE-VQfbIIo5E6CY9r3wZXtEefzQ6tc/edit?usp=sharing) to make sure people don't use it while it's broken. # 3D Printing ## Stewards * Matt A. * Prusa i3 MK3S * MK4S * MMU3 * CoreOne * John W. * Prusa i3 MK3S * MK4S * MMU3 * CoreOne * Caroline L. (retired) * Prusa i3 MK3S * MK4S * MMU3 * CoreOne * Rostock MAX V4 ## 3D printers ### [Prusa i3 MK3S](/tool-areas/3d-printing/prusa-i3-mk3s) ### [Prusa MK4S + MMU3](/tool-areas/3d-printing/mk4s-and-mmu3) ### [MK4S High Flow (HF) + Enclosure](/tool-areas/3d-printing/mk4s-high-flow-hf-+-enclosure) ### [CoreOne (HF)](/tool-areas/3d-printing/coreone-hf) ### [Rostock MAX V4 (retired)](/tool-areas/3d-printing/birch-max) ## [3D Printing Resources](/tool-areas/3d-printing/3d-printing-resources) Where to find 3D models, Slicing software downloads, CAD tools, etc. # Prusa i3 MK3S ## About ![](https://475885078-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2F-MGH817x_D3ehoArixwm%2Fuploads%2FOyETTM4DMcOg1rQXhQm9%2Fmk3.jpg?alt=media\&token=8ab21f5f-3b92-46b1-8af1-5f5c3d1c52be) The Prusa i3 MK3S was the culmination of the efforts of Josef Prusa, Prusa Research, and other contributors to the RepRap project over the past decade. It set the standard of hobby 3D printers in terms of reliability and ease of use. A great deal of the reliability and support come from the fact that Prusa Research utilize literally hundreds of Prusa i3s to manufacture and iterate on their design. As of 2026, Area 515's i3 MK3S printers had printed more than 12 kilometers of filament! {% hint style="info" %} This machine uses 1.75mm filament only. Please be careful when purchasing filament. {% endhint %} ## Slicing We use [PrusaSlicer](https://www.prusa3d.com/prusaslicer/) and the built-in profiles for this machine. The [Prusa Knowledge Base](https://help.prusa3d.com/en/category/prusaslicer_204) has additional information on configuration settings and advanced use. ### Prusa Connect and PrusaLink [Prusa Connect and PrusaLink](https://help.prusa3d.com/article/prusa-connect-and-prusalink-explained_302608) are wireless options for saving and printing to the Prusa printers at Area 515. PrusaLink is a local network solution for loading and printing wirelessly and each printer has its local IP address and login information posted in the space. Members get access to the local network at Area 515 when they join. Prusa Connect is a full cloud suite which requires members create a prusa3d account and get invited to Area 515's team; this is completed during training. ### Saving to SD Card There is a computer in the 3d printing room with an SD card reader for users to save files directly to the printer instead of using PrusaLink or Prusa Connect, if preferred. The SD card reader on the 3D printing computer is old and may require you to save the file twice. Please keep this in mind when you use this machine. {% hint style="info" %} Please save your files in a folder named after you. Orphaned files may be removed. Feel free to add sub-folders to your folder as needed. {% endhint %} ## Use ### Operation The LCD menus are easy to navigate on this printer, and it does most of the work for you. Clicking the encoder wheel in will get you into the menu from the status screen, and rotating it will allow you to navigate the menus. ### Build Plate Always consult the [filament material guide](https://help.prusa3d.com/filament-material-guide) to know which sheet to use with which filament. There are printed guides at the space stacked with the build-plate holder. Using the incorrect filament will permanently damage the sheet. ### Abrasive Materials Abrasive materials, such as filaments with carbon fiber or glow-in-the-dark additives must only be printed on a printer with a hardened nozzle. The i3 MK3S does not have a hardened nozzle and cannot print abrasive materials. ### Changing Filament If filament from someone else is currently loaded, navigate to the unload filament option, then select the type of filament you will be loading. Wait for the hotend to heat up and click in the stick to unload when prompted. Be sure to insert the end of the filament into the retainer on the spool. Insert the new filament, carefully feeding in until the extruder gears grab it. Follow the remaining instructions on the controller to complete the load. If the printer starts empty, start from the step where you insert the filament. It will then prompt you to select the filament you are loading. Wait for it to heat up and then proceed. ## Troubleshooting ### Poor Bed Adhesion Typically when there is poor bed adhesion, this means the buildplate is dirty. The likely culprit is finger oils from handling the plate and removing prints. The most effective way to solve this with smooth and textured PEI plates is by washing and scrubbing in the sink with dish soap. Make sure to fully dry the plate before returning it to the printer, and be careful to not get any contaminants on it after washing. With textured PEI specifically, a thin coating of PVA glue (disappearing purple works well) is generally required for most materials. The most consistent way to apply this is by spreading several streaks over the surface, not too thick, and then, using a wet paper towel, evenly distributing the glue over the whole surface. The glue will lather slightly, becoming slightly white and opaque, before drying clear. This coating typically lasts at least a month's worth of printing if kept clean. Ensure the correct build plate is chosen: smooth1 or textured1. The build plates have 1st layer z-offsets created by the tool stewards. Do not adjust the 1st layer z-offset without approval from a tool steward. # MK4S and MMU3 ## About
{% hint style="info" %} The MMU3 is open for training and general use. {% endhint %} ## Approved Materials Due to the loading and unloading process being very sensitive, the following materials **ARE PROHIBITED**: * Flexible Filament * Glow in the Dark Filament * Filled Filaments (wood, CF, metal, carbon fiber, etc) * "B" grade filament from extrusion transitions Additionally, the list of approved filaments is **limited to**: * ABS/ASA, PLA, and PETG from Hatchbox, Overture, Push Plastic, 3D Fuel, IC3D, Prusament, ColorFabb, Polymaker, Essentium, HSP Layer Line, and MatterHackers. Exceptions may be approved with a steward's permission. ## Slicing We use [PrusaSlicer](https://www.prusa3d.com/prusaslicer/) and the built-in profiles for this machine. The [Prusa Knowledge Base](https://help.prusa3d.com/en/category/prusaslicer_204) has additional information on configuration settings and advanced use. ### Multi Material Slicing Visit to learn more about multi material slicing. Members are recommended to use multi-part models so that individual parts can be easily colored. Meshes with distinct faces can also be easily colored with the smart fill multi-material tool in the slicer. {% hint style="warning" %} When printing with one material, select the MMU3 profile and use only one filament, the wipe tower will not be included in the slice. When printing with multiple materials, select the MMU3 machine profile and choose multiple materials. {% endhint %} ## Prusa Connect and PrusaLink [Prusa Connect and PrusaLink](https://help.prusa3d.com/article/prusa-connect-and-prusalink-explained_302608) are wireless options for saving and printing to the Prusa printers at Area 515. PrusaLink is a local network solution for loading and printing wirelessly and each printer has its local IP address and login information posted in the space. Members get access to the local network at Area 515 when they join. Prusa Connect is a full cloud suite which requires members create a prusa3d account and get invited to Area 515's team; this is completed during training. ### Saving to USB MK4 and newer printers use USB storage instead of SD cards. Members can use the USB if they prefer sneakernet. {% hint style="info" %} Please save your files in a folder named after you. Orphaned files may be removed. Feel free to add sub-folders to your folder as needed. {% endhint %} ## Use {% hint style="danger" %} The MMU is prone to jamming with certain filaments. Many issues can be avoided by using good quality filament with minimal moisture content. Consider drying PLA/PETG for a few hours before printing to ensure jam-free operation. {% endhint %} ### Operation The LCD menus are easy to navigate on this printer, and it does most of the work for you. Clicking the encoder wheel in will get you into the menu from the status screen, and rotating it will allow you to navigate the menus. ### Build Plate Always consult the [filament material guide](https://help.prusa3d.com/filament-material-guide) to know which sheet to use with which filament. There are printed guides at the space stacked with the build-plate holder. Using the incorrect filament will permanently damage the sheet. ### Abrasive Materials Abrasive materials, such as filaments with carbon fiber or glow-in-the-dark additives must only be printed on a printer with a hardened nozzle. The MK4S = MMU3 has a standard flow non-hardened nozzle and cannot print abrasive materials. ### Loading/Ejecting Filament Most of the time when using the MMU, you will be either using the `Preload to MMU` menu option or the `Eject from MMU` menu option. `Load to nozzle` and `Unload filament` are often unnecessary, as the printer will load and unload filament to/from the nozzle when it needs to. #### Loading Filament To load filament, orient your spool of filament so that its hub (the hole in the middle of the spool) is parallel to you and the filament would unwind downward. Screw the filament spool holder into the hub with the gears on the right. Place the spool you would like to load onto the appropriate position in the auto-loader and then feed the filament into the tube below the holder. The weighted arm of the auto-loader will raise and gently bounce at the top of its motion. Feed the filament until it is near the MMU. Then, on the printer, select the `Preload to MMU` option in the menu. Choose the position of your filament and in the menu click to cycle through to the type of filament you are using. When you are ready, scroll to the bottom and select the command to submit changes. The MMU will then move the requested slot and be ready for loading. Gently feed filament into the tube until you feel the MMU grab onto it, and then let go and wait for the MMU to finish the loading process. Use a light touch for this, it can be difficult to tell when the MMU has grabbed the filament otherwise. If you have selected multiple filaments the MMU will automatically move to the next position. #### Ejecting Filament Select the `Eject from MMU` option in the menus and then select the material you will be ejecting so the MMU can preheat. Once it is done preheating, the MMU will move the selector out of the way of the filament slot and push filament out of the front of the MMU. Cut the end of the filament off so it doesn't get stuck in the tube and then retract the filament by pulling on it from the spool end. {% hint style="info" %} The MMU will preheat when ejecting in case the filament you would like to eject is loaded to the nozzle. Sometimes jams happen or the MMU looses track of where filament is, so it will always do this to stay safe. {% endhint %} ## Troubleshooting {% hint style="info" %} MMU errors result in the print getting paused. The printer will keep the bed at temperature until you return to resolve the issue so the part won't delaminate. The extruder will be turned off to prevent further issues though. {% endhint %} {% hint style="info" %} Check out the Prusa i3 MK3S [Prusa i3 MK3S](/tool-areas/3d-printing/prusa-i3-mk3s#troubleshooting) section for general troubleshooting tips {% endhint %} ### MMU Jams If filament jams in the feed tubes the MMU may not be able to retract it. In this case, the coupling on the MMU may need to be removed to resolve the jam. Please report a jam to the 3D printing stewards. ### Filament breaks in feed tubes Most issues like this can be avoided by using good quality filament that has been properly dried. PLA is particularly susceptible to cracking when exposed to the air for long periods of time. Filament stuck in the guide tubes going into the MMU can be removed by first ejecting the filament in that tube, and then feeding another material like ABS, PETG, or nylon into the tube to eject any leftover pieces of filament. Filament stuck in the feed tube going from the MMU to the nozzle will require some disassembly of the printer. Please contact a 3D printing steward for help with this. ### MMU Error Codes Prusa's website has a full set of troubleshooting guides on the MMU3's error codes. If the error requires maintenance or tools, please consult a steward before proceeding. {% embed url="" %} # MK4S High Flow (HF) + Enclosure ## About
## Slicing We use [PrusaSlicer](https://www.prusa3d.com/prusaslicer/) and the built-in profiles for this machine. The [Prusa Knowledge Base](https://help.prusa3d.com/en/category/prusaslicer_204) has additional information on configuration settings and advanced use. ## Prusa Connect and PrusaLink [Prusa Connect and PrusaLink](https://help.prusa3d.com/article/prusa-connect-and-prusalink-explained_302608) are wireless options for saving and printing to the Prusa printers at Area 515. PrusaLink is a local network solution for loading and printing wirelessly and each printer has its local IP address and login information posted in the space. Members get access to the local network at Area 515 when they join. Prusa Connect is a full cloud suite which requires members create a prusa3d account and get invited to Area 515's team; this is completed during training. ### Saving to USB MK4 and newer printers use USB storage instead of SD cards. Members can use the USB if they prefer sneakernet. {% hint style="info" %} Please save your files in a folder named after you. Orphaned files may be removed. Feel free to add sub-folders to your folder as needed. {% endhint %} ## Use ### Operation The LCD menus are easy to navigate on this printer, and it does most of the work for you. Clicking the encoder wheel in will get you into the menu from the status screen, and rotating it will allow you to navigate the menus. The screens on MK4 and newer are also touch-screens. ### Build Plate Always consult the [filament material guide](https://help.prusa3d.com/filament-material-guide) to know which sheet to use with which filament. There are printed guides at the space stacked with the build-plate holder. Using the incorrect filament will permanently damage the sheet. ### Abrasive Materials Abrasive materials, such as filaments with carbon fiber or glow-in-the-dark additives must only be printed on a printer with a hardened nozzle. Get permission from a steward before printing abrasive materials. ### Changing Filament If filament from someone else is currently loaded, navigate to the unload filament option, then select the type of filament you will be loading. Follow the remaining instructions on the controller to complete the unload. If the printer is empty, navigate to load filament and choose the type of filament you wish to load. The printer will prompt for the filament to be inserted. Insert the filament and follow the on-screen prompts for loading and purging. ### Enclosure The enclosure allows for printing filaments which print better at high temperatures. The enclosure is not actively heated and can only maintain around 30 degrees Celsius. This will help with warping on PETG but may fail to print ABS and ASA parts without warping. One of the doors should be left open for PLA. ## Troubleshooting ### Poor Bed Adhesion Typically when there is poor bed adhesion, this means the build plate is dirty. The likely culprit is finger oils from handling the plate and removing prints. The most effective way to solve this with smooth and textured PEI plates is by washing and scrubbing in the sink with dish soap. Make sure to fully dry the plate before returning it to the printer, and be careful to not get any contaminants on it after washing. With textured PEI specifically, a thin coating of PVA glue (disappearing purple works well) is generally required for most materials. The most consistent way to apply this is by spreading several streaks over the surface, not too thick, and then, using a wet paper towel, evenly distributing the glue over the whole surface. The glue will lather slightly, becoming slightly white and opaque, before drying clear. This coating typically lasts at least a month's worth of printing if kept clean. ### Failed prints The high flow nozzle and core X-Y motion is designed for modern filaments with additives and temperatures which allow for fast printing at high volume. If you do not have a high flow filament and are having trouble with failed prints use the Structural profile, reduce max volumetric rate, and reduce temperature to the lower range of the filament. Ask a tool steward for help if prints continue to fail. # CoreOne (HF) ## About
## Slicing We use [PrusaSlicer](https://www.prusa3d.com/prusaslicer/) and the built-in profiles for this machine. The [Prusa Knowledge Base](https://help.prusa3d.com/en/category/prusaslicer_204) has additional information on configuration settings and advanced use. ## Prusa Connect and PrusaLink [Prusa Connect and PrusaLink](https://help.prusa3d.com/article/prusa-connect-and-prusalink-explained_302608) are wireless options for saving and printing to the Prusa printers at Area 515. PrusaLink is a local network solution for loading and printing wirelessly and each printer has its local IP address and login information posted in the space. Members get access to the local network at Area 515 when they join. Prusa Connect is a full cloud suite which requires members create a prusa3d account and get invited to Area 515's team; this is completed during training. ### Saving to USB MK4 and newer printers use USB storage instead of SD cards. Members can use the USB if they prefer sneakernet. {% hint style="info" %} Please save your files in a folder named after you. Orphaned files may be removed. Feel free to add sub-folders to your folder as needed. {% endhint %} ## Use ### Operation The LCD menus are easy to navigate on this printer, and it does most of the work for you. Clicking the encoder wheel in will get you into the menu from the status screen, and rotating it will allow you to navigate the menus. The screens on MK4 and newer are also touch-screens. ### Build Plate Always consult the [filament material guide](https://help.prusa3d.com/filament-material-guide) to know which sheet to use with which filament. There are printed guides at the space stacked with the build-plate holder. Using the incorrect filament will permanently damage the sheet. ### Abrasive Materials Abrasive materials, such as filaments with carbon fiber or glow-in-the-dark additives must only be printed on a printer with a hardened nozzle. Get permission from a steward before printing abrasive materials. ### Changing Filament If filament from someone else is currently loaded, navigate to the unload filament option, then select the type of filament you will be loading. Follow the remaining instructions on the controller to complete the unload. If the printer is empty, navigate to load filament and choose the type of filament you wish to load. The printer will prompt for the filament to be inserted. Insert the filament and follow the on-screen prompts for loading and purging. ### Enclosure The Core One's enclosure allows for printing filaments which require high temperatures and an enclosure. The enclosure is not actively heated, but it can only maintain around 45-50 degrees Celsius. Ensure the top vent is closed for materials which require a heated chamber. Ensure the vent is open for PLA. ## Troubleshooting ### Poor Bed Adhesion Typically when there is poor bed adhesion, this means the build plate is dirty. The likely culprit is finger oils from handling the plate and removing prints. The most effective way to solve this with smooth and textured PEI plates is by washing and scrubbing in the sink with dish soap. Make sure to fully dry the plate before returning it to the printer, and be careful to not get any contaminants on it after washing. With textured PEI specifically, a thin coating of PVA glue (disappearing purple works well) is generally required for most materials. The most consistent way to apply this is by spreading several streaks over the surface, not too thick, and then, using a wet paper towel, evenly distributing the glue over the whole surface. The glue will lather slightly, becoming slightly white and opaque, before drying clear. This coating typically lasts at least a month's worth of printing if kept clean. ### Failed prints The high flow nozzle and core X-Y motion is designed for modern filaments with additives and temperatures which allow for fast printing at high volume. If you do not have a high flow filament and are having trouble with failed prints use the Structural profile, reduce max volumetric rate, and reduce temperature to the lower range of the filament. Ask a tool steward for help if prints continue to fail. # Rostock MAX V4 - Retired The Rostock has been retired. ## About {% hint style="info" %} This machine uses 1.75mm filament only. Please be careful when purchasing filament. {% endhint %} ## Slicing We use [PrusaSlicer](https://www.prusa3d.com/prusaslicer/) and custom profiles for this machine. Currently these profiles are only available on the 3D printing computer. When slicing, make sure you select the Rostock MAX V4 physical machine profile. ### Uploading to printer (from PrusaSlicer) After slicing, a button will appear next to the export button for saving directly to the printer over the network. If the printer is on and responding via the web interface you can use this to upload the sliced file directly to the printer. {% hint style="info" %} Please save your files in a folder named after you. Orphaned files may be removed. Feel free to add sub-folders to your folder as needed. {% endhint %} ## Use ### Operation The printer is controlled via web browser. While connected to the internet at the space, navigate to `rostockmax.local/` to access the control interface. {% hint style="warning" %} The web interface may not be accessible in the manner on android devices. It is possible to direct connect via the IP of the Duet, though that is outside the scope of this guide. {% endhint %} ### Changing Filament ## Troubleshooting ### Can't connect via web interface. If the printer doesn't respond when trying to connect, try power cycling it if possible. If this occurs during a print, be patient, most disconnects will be resolved shortly after they happen. If you need to cancel a print while the web interface is not responding, turning off the printer will cause the print to stop and not resume on power up. Please restore power to the machine shortly afterwards so the hotend doesn't jam. ### Parts won't stick Try cleaning the bed with IPA and a paper towel, being careful to not get fingerprints on the bed. If this doesn't work please contact a 3D printing steward. # 3D Printing Resources 3D model sites, CAD software, Slicing Software, etc. ## 3D Models/Files * [Printables (formerly PrusaPrinters)](https://www.printables.com/) * [Thingiverse](https://www.thingiverse.com/) * [Youmagine](https://www.youmagine.com/) ## CAD Software * [Fusion 360](https://www.autodesk.com/products/fusion-360/overview) * [DesignSpark Mechanical](https://www.rs-online.com/designspark/mechanical-software) * [FreeCAD](https://www.freecadweb.org/) * [OpenSCAD](https://www.openscad.org/) * [Onshape](https://www.onshape.com/en/) ## Slicing Software * [PrusaSlicer](https://www.prusa3d.com/prusaslicer/) * [Slic3r](https://slic3r.org/) # Auto Shop ## Stewards * Dave C. ## Tools ### Two Post Lift ### Torque Wrench ### Air tools ### Engine hoist # CNC Machines ## Stewards * Brad F. * Piranha CNC Router * Ultimate LEAD CNC * Jake L * Piranha CNC Router * Ultimate LEAD CNC * Caroline L. (Retired) * Piranha CNC Router * Ultimate LEAD CNC ## Wood/Plastic ### [LEAD CNC](/tool-areas/cnc-machines/lead-cnc) ### [Piranha](/tool-areas/cnc-machines/piranha-cnc-router) ## [CNC Resources](/tool-areas/cnc-machines/cnc-resources) Information on feed and speeds, Vcarve setup, and more! # Lead CNC 49x49x6.5" Upgraded OpenBuilds LEAD CNC machine.

LEAD CNC Glory Shot

## Description Our Lead CNC started life as a kit from OpenBuilds, but has since been upgraded into a much sturdier and beefier machine. It now uses HGR linear rails and ballscrews, making it much faster, quieter, and more accurate. The spindle installed uses standard ER20 collets, and is capable of holding 1/4", 1/8", or 1/16" shank tools. ([ask a steward](mailto:tools@desmoinesmaker.space) for more info). The spindle RPM is computer controlled and ranges from \~10,000-24,000 RPM. OpenBuilds Control software is what sends the gcode commands to the machine. For beginners, we recommend using VCarve for toolpath generation. We have a makerspace edition that allows our members to download a copy of VCarve onto their home machines. With the makerspace edition, members can do everything except generate the actual gcode files. To do that, the VCarve files have to be transferred to a computer at the makerspace, and the gcode can be generated there. For more advanced users Fusion 360 can also be used to generate toolpaths. [For more information see this page.](https://tools.desmoinesmaker.space/tool-areas/cnc-machines/cnc-resources/fusion360-setup) The work area for this machine has increased to 49.25x48.875x6.625" (1252x1242x170mm). Z clearance over the spoiler board is now 6 5/8" when the Z axis is fully retracted. Maximum material height will be less based on cutting depth, bit length, etc. ## Approved Materials Materials must be approved for use by a tool steward. The following materials are approved at this time: * Most woods * Hardwoods * Softwoods * Plywood * MDF * Plastics * Acetal/Delrin * HDPE * Acrylic * Polycarbonate * PVC * ACM Non-ferrous metals are not approved at this time. If you would like help with a material, or what you want to use is not listed, [ask a steward](mailto:tools@desmoinesmaker.space) for more information. ## Use Checklists [Preflight & Shutdown Checklists (and How to Set Work Home Point, and How to Use the Torque Wrench)](https://docs.google.com/document/d/1LUpgRSUnXUxmU2cJjUp-q-ERTulF59Gzj7P2kLQ4xxQ/edit?usp=sharing) ## YouTube Videos {% embed url="" %} Before you are invited to create a Vectric account, you need to have paid the CNC Tool Fee. {% endembed %} {% embed url="" %} ## Troubleshooting ### "G-code motion target exceeds machine travel" error {% hint style="info" %} This error may be accompanied by an "G-code locked out during alarm or jog state" error. Check the Console tab in OpenBulds Control for more info. {% endhint %} If this happens while running a program, it likely means that your workpiece/toolpath is too close to the machine extents. To solve this, you will either need to move your workpiece location, or edit your toolpath to not get as close to the machine extents. You can edit the retract/clearance heights in VCarve/Fusion if the Z axis is what's triggering the issue, otherwise you will need to rearrange the vectors/model(s) in VCarve/Fusion. If this error occurs during probing a tool in the Z axis, the starting position for the probing move is likely too high. Jog the Z axis up small amounts until the Z probe move completes successfully. If this error happens during an X or Y probing move, the workpiece is too close to the X or Y extremes. You will either need to move your workpiece or manually set X and/or Y zero by sight or another method. # Piranha 14"x12"x3" Next Wave CNC Piranha.
## Description The Piranha from Next Wave Automation is a relatively small but sturdy CNC router. The spindle installed uses standard ER11 collets, and with the collets provided it is capable of holding 1/4" and 1/8" shank tools, though other sizes are available if required ([ask a steward](mailto:tools@desmoinesmaker.space) for more info). The spindle RPM is electronically controlled and variable from \~0-12,000 RPM. VCarve is used for toolpath generation, though it is compatible with other solutions, such as Fusion 360. [Ask a steward](mailto:tools@desmoinesmaker.space) if you would like to use something else. ## Approved Materials Materials must be approved for use by a tool steward. The following materials are approved at this time: * Most woods * Hardwoods * Softwoods * Plywood * MDF * Plastics * Acetal/Delrin * HDPE * Acrylic * Polycarbonate * PVC Non-ferrous metals are not approved at this time. If you would like help with a material, or what you want to use is not listed, [ask a steward](mailto:tools@desmoinesmaker.space) for more information. ## Use [Preflight Checklist](https://docs.google.com/document/d/1OIm5jxtt7eHKnrG6S6f2Oo1VIrjVoiGct7uBT_Me8TQ/edit?usp=sharing) ## Troubleshooting ### "G-code motion target exceeds machine travel" error {% hint style="info" %} This error may be accompanied by an "G-code locked out during alarm or jog state" error. {% endhint %} If this happens while running a program, it likely means that your workpiece/toolpath is too close to the machine extents. To solve this, you will either need to move your workpiece location, or edit your toolpath to not get as close to the machine extents. If this error occurs during probing, the starting position for the probing move is likely too high. Jog the Z axis up small amounts until the Z probe move completes successfully. # CNC Resources Checklists, Feeds and Speeds, VCarve info, and more! ## Preflight Checklist Refer to these for best practices for setup and use of the machines. [LEAD CNC Checklist](https://docs.google.com/document/d/1LUpgRSUnXUxmU2cJjUp-q-ERTulF59Gzj7P2kLQ4xxQ/edit?usp=sharing) [Piranha Checklist](https://docs.google.com/document/d/1OIm5jxtt7eHKnrG6S6f2Oo1VIrjVoiGct7uBT_Me8TQ/edit?usp=sharing) ## Feeds and Speeds Refer to this [feeds and speeds chart.](https://docs.google.com/spreadsheets/d/1xiCicZbioezHWyGYEpphoDLN_lkrny8dlYUgrEdbg48/edit?usp=sharing) A copy of this will be posted near the computers with VCarve installed on them. {% hint style="info" %} These numbers are a suggestion. When creating profiles for a new material or new tool, use a conservative estimate to start with. You can adjust the numbers afterwards to optimize for material removal based on how the initial cut went. {% endhint %} ## Additional Resources {% content-ref url="/pages/H9fKA6kxjMI1rIHd2eH8" %} [VCarve Home Setup](/tool-areas/cnc-machines/cnc-resources/vcarve-home-setup) {% endcontent-ref %} {% content-ref url="/pages/r8MFIw6omKQeF0kgzX0g" %} [Fusion360 Setup](/tool-areas/cnc-machines/cnc-resources/fusion360-setup) {% endcontent-ref %} {% embed url="" %} Download Fusion360 for free personal use. Fusion360 is a powerful CAD tool with CAM integration. {% endembed %} {% embed url="" %} Offers free resources for learning to use Fusion360 for CAD and CAM. {% endembed %} # VCarve Home Setup ## Download VCarve Trial TBA ## Input Makerspace ID to Activate Makerspace Client TBA ## Download Makerspace Tool and Machine Library TBA # Fusion360 Setup ## Signup for and Download Fusion360 [Signup for a Personal license for Fusion360.](https://www.autodesk.com/products/fusion-360/personal) From there you can download the Fusion360 installer on a personal computer and continue setup from there. {% hint style="info" %} Since Fusion360 is a cloud-based program, you do not need to use a flash drive or other storage media to transfer your files to another computer. All you need to do is sign in with your credentials and you can have access to your designs from any Windows or MacOS computer. {% endhint %} ## Import Post Processor and Machine Definitions Download the following: * [OpenBuilds Post Processor](https://a360.co/3EMKyAW) * [LEAD CNC Machine Definition](https://a360.co/3icZzUP) * [Piranha Machine Definition](https://a360.co/3EIHghQ) 1. Create a new document in Fusion and switch to the Manufacture workspace.
2. Open up the Post Library under the Manage section.
3. Select My posts/Local in the left side bar and click Import. Find the OpenBuilds post file you downloaded and select it. It will show up in your posts library.
4. Close the Post Library window and open up the Machine Library, also under the Manage section.
5. With My machines/Local selected, click the import button.
6. Click the "Select from my computer..." button and open the LEAD CNC and Piranha machine definition files.
7. After importing, both machine definitions will likely have an error since they can't locate their associated post file. Click the "Select a post..." button that looks like a folder.
8. The post library will open for you to select a post to associate with a machine. Select the OpenBuilds post from your local posts to fix the association.
9. Once both machines have an associated post, things should look like this. You're done!
If you have any issues following these steps, send an email to for help. # Electronics ## Stewards * Bailey S. * Oscilloscope * Desoldering Station * Reflow Oven * Rework Station * Matt A. * Oscilloscope * Desoldering Station * Reflow Oven * Rework Station * Battery Tab Welder * Brad F. * Battery Tab Welder * Caroline L. (Retired) * Reflow Oven * Rework Station * Battery Tab Welder ## Soldering ### Soldering Irons ### Desoldering Station ### [Reflow Oven](/tool-areas/electronics/reflow-oven) ### Rework Station ## Electronics ### [Rigol Oscilloscope](/tool-areas/electronics/rigol-oscilloscope) ### Bench Power Supplies ## Misc ### [Battery Tab Welder](/tool-areas/electronics/battery-tab-welder) ### Microscope # Reflow Oven ## Description ## Use # Rigol Oscilloscope ## Description ## Use # Battery Tab Welder ## Description ## Use # Laser Cutting and Vinyl Cutting ## Stewards * Bailey S. * BOSS HP-2440 * Vinyl Cutter * Brad F. * BOSS HP-2440 * Vinyl Cutter * Lia X. * BOSS HP-2440 ## Laser Cutters ### [Full Spectrum Lasers ](/tool-areas/laser-vinyl-cutting/full-spectrum) ## Vinyl Cutter ### [US Cutter Vinyl Cutter ](/tool-areas/laser-vinyl-cutting/us-cutter-vinyl-cutter) ## [General Resources](/tool-areas/laser-vinyl-cutting/laser-resources) Find detailed information about what materials can be cut and design resources here. Instructions for individual lasers can be found under their pages. # US Cutter Vinyl Cutter

US Cutter, 28" Model Vinyl Cutter

## Description US Cutter markets it as the 28" model. It's actual cutting width is just slightly under 24". ## Training To get permission to use the Vinyl Cutter you have to be trained by a Tool Steward. Want to streamline the process? Watch the prepared video below and take some notes! Bring your notes into the training session and the process will go much, much faster! {% embed url="" %} Training video for the vinyl cutter {% endembed %} ## Manual {% file src="/files/-Me51Y6KdYNbTYIDh35A" %} Vinyl Cutter Manual {% endfile %} ## Possible Starting Settings Recommended cutting knife angle based on material thicknesses: 45° - 2-6 mil / 60° - 6-15mil {% tabs %} {% tab title="Vinyl" %} 45° blade, 200-400 speed (depending on complexity of design), 70-80 pressure {% endtab %} {% tab title="Paper" %} Recommended material thickness: 6-15mil {% endtab %} {% tab title="Plastic" %} {% endtab %} {% tab title="Other" %} ### Thin magnet sheet 60° blade, 100 speed, 320 pressure {% endtab %} {% endtabs %} # Full Spectrum Lasers

One of two Full Spectrum Lasers

## Description We have 2 Full Spectrum laser cutter/engravers. Each one uses a 40 watt CO2 laser tube. The laser beam is in the infrared portion of the spectrum. Lasers can reliably cut through plywood up to 1/8" thick. (Slightly more if cutting solid wood.) Each laser bed is 20" x 12". ## Use {% hint style="warning" %} When running, the laser must always be monitored for fire by the Operator. {% endhint %} Lasers are operated via Retina Engrave 3D software. It is installed on the Laser Area computer, but... The software can also be installed and run on any Windows machine that is on the Area 515 WiFi network. The required version is no longer being updated. The last release was version 4.430 and it [may be downloaded here on the Full Spectrum website](https://fsl3d.zendesk.com/hc/en-us/articles/4411446615195-RetinaEngrave-3D-Software-Download). Power and Speed settings for various materials cannot be listed here since laser tubes slowly lose power over their lifetimes. (Therefore the settings that work for a material in January may or may not work for the same material in July.) Please see the Power vs Speed charts on top of each machine to learn the current state of each laser tube. (Power vs Speed charts list the date they were made, and new ones are made on a strict schedule of whenever-the-Stewards-get-around-to-it. They are done on 1/8" Baltic Birch plywood.) ### Baltic Birch Plywood The Stewards try to keep a small supply of quality 1/8" Baltic Birch, 20" x 12" panels for members to purchase. They can be found on the labeled shelf beneath the lasers. Please put money in the metal lock box on the right side underneath the lasers. Any materials found on the wider set of shelves on the right is free for anyone to use without charge. Likewise, if you have any left over material bigger than about 4" x 4", you can put that on those shelves for others to use. ## Approved Materials #### Plastics: * Delrin (acetal) - the harder the strength, the better * Kapton tape * Mylar (polyester) - if very thin (NO GOLD COLORED) * Nylon * Polyethylene (PE) #### Wood and Paper: * Wood * Plywood (less than 1/8" thick) - MUST BE FLAT * MDF (less than 1/8" thick) * Most Paper Products - avoid stacking * Cardboard - MUST BE FLAT #### Other Stuff: * Denim * Cotton * Magnetic Sheet * Cork #### Stuff Not Banned But That Will Smell So Bad You'll Yearn For Flatulence: * Leather - NOT PLEATHER * Acrylic (Plexiglas) ## BANNED MATERIALS: | Material | Danger | More Info | | ------------------------------------------------------------ | ------------------------------ | ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | | PVC (Poly Vinyl Chloride)/vinyl/pleather/artificial leather) | Emits pure Chlorine gas | The fumes will ruin the laser optics, corrode the metal portions of the machine, and ruin the motion control system. (Also, Chlorine gas is better known as [Mustard Gas](https://en.wikipedia.org/wiki/Mustard_gas).) | | Polycarbonate / Lexan | Catches fire, melts, discolors | Polycarbonate doesn't laser well because it strongly absorbs infrared radiation - which is what our lasers use. | | ABS | Emits cyanide gas | In addition to the toxic fumes, ABS has a higher chance of catching fire, and tends to leave gobs of melted plastic in laser bed | | HDPE / milk bottle plastic | Catches fire and melts | It melts. It gets gooey. Don't use it. | | PolyStyrene Foam | Catches fire | It catches fire, it melts. | | Polypropylene (PP) | Catches fire | Like PolyStyrene, it melts, catches fire, and the melted drops continue to burn and turn into rock-hard drips and pebbles. | | Fiberglass | Emits toxic fumes | It's a mix of two materials that can't be cut. Glass (etch, no cut) and epoxy resin (fumes) | | Coated Carbon Fiber | Emits noxious fumes | A mix of two materials. Thin carbon fiber mat can be cut, with some fraying - but not when coated. | # General Laser Information and Resources ## Software Downloads {% embed url="" %} {% embed url="" %} # Metal Shop ### Stewards * Ryan R. * Band Saw * Emco Lathe * MIG welder * Arc welder * Bench Grinder * Dave C. * MIG welder * Arc welder * Bench Grinder * Carlin A. * Belt Brinder * Bench Grinder * Band Saw * Arc Welder * MIG Welder * Derek V. * Belt Brinder * Bench Grinder * Band Saw * Arc Welder * MIG Welder * Don C. * Backwards Bike * Caroline L. (Retired) * Emco Lathe * spectraLIGHT ## Machining ### [Emco Maximat Super 11 Lathe](/tool-areas/metal-shop/atlas-lathe) ### [spectraLIGHT CNC Mill](/tool-areas/metal-shop/spectralight-cnc-mill) ### Jet Horizontal Bandsaw ### Dewalt Portaband Saw ## Welding ### [Hobart MIG Welder](/tool-areas/metal-shop/hobart-mig-welder) ### [Lincoln Electric Arc Welder](/tool-areas/metal-shop/lincoln-electric-arc-welder) ## Grinding ### [AmeriBrade FastBack Belt Grinder](/tool-areas/metal-shop/belt-grinder) ### Bench Grinder ## Misc ### [Paragon KM18 Heat Treat Oven](#heat-treat-oven) ### Magna Backwards Bike # Emco Maximat Super 11 Lathe
## Description The Maximat Super 11, manufactured by the Austrian company Emco, is a capable little lathe. While being similar in size to many Atlas and Craftsman hobby lathes, the Maximat is sturdier and equipped with more creature comforts than its counterparts. Spindle speed is dictated by two levers and two motor speeds for easy switching between 8 speeds, and it comes standard with a gearbox for feed selection. It also has a dedicated feed rod and leadscrew, and power crossfeed with simple feed direction selector. Our machine is the metric variant, so all the micrometer collars are graduated in millimeters, and the gearbox is setup for metric feeds and screw pitches. As a side effect, despite including a thread dial, our machine can not easily cut an inch thread since the thread dial only works for metric pitches. The spindle nose is a D1-4 camlock with a MT4 bore, and the tailstock has an MT2 bore. We have an AXA sized quick change toolpost mounted on the compound. ## Use {% hint style="warning" %} This tool requires more training than the average tool at the Area515. If you have experience with machine tools, much of this training may be skipped if the required skills are demonstrated to a steward. This process still requires scheduling a training session with a steward. {% endhint %} {% hint style="warning" %} If you do not have experience with machine tools, message a steward and they can work with you for training. This process will involve some self-study time before getting on the machine with a steward's guidance. Due to the amount of knowledge required to operate this tool, this process may take a few weeks depending on scheduling availability and your study speed. {% endhint %} Due to the complexity of this tool and variety of operations it can perform, much of this section will be divided under individual sub-pages. ### [Tool Grinding](/tool-areas/metal-shop/atlas-lathe/tool-grinding) Tool grinding is an important skill on a manual lathe. Knowing how to sharpen a tool, or grinding custom tool geometry is invaluable for quickly and effectively turning parts on a lathe. ### [Threading](/tool-areas/metal-shop/atlas-lathe/threading) Single-point turning threads on the lathe is a good skill to have. This section details how to setup the thread dial and change gears for cutting various threads. ## Maintenance ### [Lubrication Chart](/tool-areas/metal-shop/atlas-lathe/lubrication-chart) In order for the machine to operate at its best, it needs to be properly lubricated. Refer to this page for lubrication instructions. ## Resources {% embed url="" %} Instruction Manual {% endembed %} {% embed url="" %} Blondihacks Lathe Series {% endembed %} {% embed url="" %} Stefan Gotteswinter's video on getting his Super 11 {% endembed %} # Tool Grinding # Threading ## Using the Thread Dial {% hint style="warning" %} If you are turning a thread expressed in TPI or with an inch pitch, once the half nut lever is engaged, it can not be disengaged. If it is disengaged for any reason, the existing thread must be picked up again by realigning the tool with the exisiting thread. {% endhint %} {% hint style="info" %} The dial position column denotes what gear on the dial engages with the leadscrew for a given pitch. The numbers in the cell correspond with the numbers on the dial face that the half nut lever can be engaged on to continue a thread. If a standard metric pitch is not listed on this table, the position 16 gear should be engaged with the leadscrew, and the half nut lever can be engaged on any number on the face. {% endhint %}
Thread PitchDial Position 14Dial Position 15Dial Position 16
0.1751, 2
0.351, 2
0.41, 2, 4
0.451
0.71, 2
0.81, 2, 4
0.91
1.251, 3
1.751,2
21, 2, 4
2.251
2.51, 3
3.51, 2
41, 2, 4
4.51
51,3
## Additional Metric Thread Pitches {% hint style="warning" %} As of writing, we do not have the appropriate change gears for many of these additional thread pitches. {% endhint %} | Gearing | Pitch (mm) | Lever Positions | | ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- | -------------------------------------------- | --------------------------------- | | ![](https://475885078-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2F-MGH817x_D3ehoArixwm%2Fuploads%2FJHwtKfyDCCW9KBY6lGJi%2F30-95-80%2B40-90.png?alt=media\&token=b9fb6462-7b36-46cc-8acb-6405b12b2051) |

0.125
0.15
0.175
0.2
0.75

|

A1
A2
A3
A4
C2

| | ![](https://475885078-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2F-MGH817x_D3ehoArixwm%2Fuploads%2FIuRTCkr3nBzQBuNrKGgv%2F30-95-90-50.png?alt=media\&token=e4599ab0-19a6-4f21-9066-7f1e4a875cb1) |

0.45
0.9
2.25
4.5

|

A1
A5, B1
C1
C5

| | ![](https://475885078-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2F-MGH817x_D3ehoArixwm%2Fuploads%2FNFHsdhKxeM867oEF49Wp%2F40-95-90-60.png?alt=media\&token=4a5819e8-cffc-4feb-927a-0fc0e8a2800b) |

3.0
3.5
4.0
5.0

|

C2
C3
C4
C5

| ## Additional Inch Pitches | Gearing | Pitch (TPI) | Lever Positions | | ---------------- | ----------- | --------------- | | Info coming soon | | | | | | | | | | | # Lubrication Chart
{% hint style="info" %} Callouts 3 and 6 are oil drain ports. Callouts 2 and 5 are sight glasses. {% endhint %}
ComponentCallout #LubricantFrequency
Headstock1, 2, 3AW 46 Hydraulic OilReplace Yearly
Gearbox4, 5, 6AW 46 Hydraulic OilReplace Yearly
Carriage Gearing7HP Lithium GreaseWeekly
Tailstock Bushing8HP Lithium GreaseWeekly
Compound Bushing9HP Lithium GreaseWeekly
Leadscrew Support Bushing10HP Lithium GreaseWeekly
Change Gear Bushing11HP Lithium GreaseWeekly
Compound Dovetail12Vactra 2 Way OilDaily
Cross Slide Dovetail13Vactra 2 Way OilDaily
Tailstock Quill14Vactra 2 Way OilDaily
Bed Ways15Vactra 2 Way OilDaily
Leadscrew16Vactra 2 Way OilDaily
{% hint style="warning" %} Way oil is to be applied on sliding components via the labeled oil can. Any excess should be cleaned up. All that is required is a thin film to slide on, excess can catch chips and dust, causing abrasive buildup and excess wear. {% endhint %} {% hint style="warning" %} Grease is applied via a grease pen included with the lathe. The grease pen has a plunger that is depressed to dispense grease into the grease fittings. The grease fittings have a mating taper and spring-loaded ball valve to retain the grease. It is important to ensure the grease pen and grease fitting mate properly to inject grease. If improperly aligned, grease will spill out. Be sure to clean up excess grease. {% endhint %} {% hint style="danger" %} Please do not replace the oil in the headstock or gearbox without a steward's explicit permission. {% endhint %} # spectraLIGHT CNC Mill ## Description The spectraLIGHT is a mini mill from Sherline contained in an enclosure and adapted to CNC. It uses specialized Morse 1 taper collets that hold tools up to 1/4". It can hold tools with a larger shank (up to 1/2"), as well as a drill chuck and other tooling (such as a fly cutter), via an external thread on the spindle. The spindle is electronically controlled and variable from \~0-10,000 RPM VCarve can be used for toolpath generation, though Fusion360 is recommended for greater flexibility. ## Approved Materials Materials must be approved for use by a tool steward. The following materials are approved at this time: * Metals * Mild Steel * Cast Iron * Soft Alloy steels * Aluminum * Bronze/Brass * Plastics * Acetal/Delrin * HDPE * Acrylic * Polycarbonate * PVC Wood and metals containing hazardous substances (beryllium bronze/copper, cadmium, magnesium) are not approved for use. Please avoid cutting metals with zinc or chrome plating, and materials containing lead. If you would like help with a material, or what you want to use is not listed, [ask a steward](mailto:tools@desmoinesmaker.space) for more information. ## Use # Hobart MIG Welder ## Description ## Use # Lincoln Electric Arc Welder ## Description ## Use # AmeriBrade FastBack Belt Grinder ## Description
The FastBack is a versatile belt grinder made in the USA. It is capable of being configured in a variety of ways with a multitude of attachments. We have the Mastery package which includes a horizontal mount, tilting workrest, adjustable platen assembly, stand, and a variety of small wheels. ## Use {% embed url="" %} Grinder Manual {% endembed %} # Paragon KM18 Heat Treat Oven ## Description
## Use {% hint style="danger" %} Do not modify controller settings or attempt to perform maintenance/repairs without a Steward's explicit permission. {% endhint %} {% embed url="" %} Oven Instruction Manual {% endembed %} {% embed url="" %} Oven Controller Manual {% endembed %} # Leather Working and Textiles ### Stewards * Bailey S. * Jason B. * Carlin A. ## Sewing ### [Sewing Machines](/tool-areas/leather-textiles/sewing-machines) ### [Serger](/tool-areas/leather-textiles/seger) ## Leather Working ### [Leather Sewing Machine](/tool-areas/leather-textiles/leather-sewing-machine) ### [Leather Tools and Punches](/tool-areas/leather-textiles/leatherworking-tools-and-punches) ## Misc ### [Steamer](/tool-areas/leather-textiles/steamer) # Sewing Machines ## Description ## Use # Seger ## Description ## Use # Leather Sewing Machine ## Description ## Use # Leatherworking Tools and Punches ## Description ## Use # Steamer ## Description ## Use # Wood Shop ### Stewards * Jason B. * Jake L. * Carlin A. * Brian B. ## Tablesaws ### [Saw Stop Tablesaw](/tool-areas/wood-shop/shark-guard-tablesaw) ### [Steel City Tablesaw](/tool-areas/wood-shop/steel-city-tablesaw) ## Band Saws ### [Laguna Band Saw](/tool-areas/wood-shop/laguna-band-saw) ## Lathes ### [Jet Lathe](/tool-areas/wood-shop/jet-lathe) ## Sanders ### [Jet Surface Sander](/tool-areas/wood-shop/jet-surface-sander) ### [Belt Sander](/tool-areas/wood-shop/belt-sander) ### Dewalt Random Orbit Sanders ## Joiner/Planers ### [Rikon Joiner/Planer](/tool-areas/wood-shop/rikon-joiner-planer) ## Misc Saws ### [Dewalt Miter Saw ](/tool-areas/wood-shop/dewalt-miter-saw) ### [Dewalt Track Saw](/tool-areas/wood-shop/dewalt-track-saw) ### [Scroll Saw](/tool-areas/wood-shop/scroll-saw) ## Routers ### [Kreg Router Table](/tool-areas/wood-shop/kreg-router-table) ## Misc ### [Dust Collection System ](/tool-areas/wood-shop/dust-collection-system) # Saw Stop Tablesaw ## Description ## Use {% embed url="" %} # Steel City Tablesaw ## Description ## Use {% embed url="" %} {% embed url="" %} {% embed url="" %} # Laguna Band Saw ## Description Model Number: MBAND14200 {% file src="/files/l8Uapn0cwDHQ8mRXRsn5" %} Manual for Laguna Band Saw {% endfile %} ## Use Never change the blade unless you are sure you know what you are doing. Here are the steps that need to be taken each time: 1.Should remove guards, move all the guides out above and below the table and de-tension the blade. 2.Remove and place new blade on. Set correct tension making sure it is not touching any guides(they should far for blade). Check blade is square to table and table is set flat. 3.Adjust tracking on the wheels and then set back ceramic guide to just touch back of the blade. 4.Put side guards back on making sure the whole assembly is right behind the gullet of the blade. 5.Set inside guides to just past touching blade, and set outside guides to the thickness of a dollar bill away. 6.Ensure blade is moving smoothly and guides are parallel to blade as they will try to twist when you tighten them. 7.Place guards back on and test run blade. 8.Once stopped run a parallel test and set fence to adjust for drift of blade. 9.If a specialty blade once you are done using remove and put a more standard blade back on. # Jet Lathe ## Description ## Use # Jet Surface Sander ## Description ## Use # Belt Sander ## Description ## Use # Rikon Joiner/Planer ## Description ## Use # Kreg Router Table ## Description ## Use # Ready2Rout CNC Router Fence {% embed url="" %} Even though it has "CNC" in the name, this tool is part of the Wood Shop and training is done by the Wood Shop Stewards. # Scroll Saw ## Description ## Use # Powermatic Drill Press ## Description ## Use # Dewalt Miter Saw ## Description ## Use {% embed url="" %} # Dewalt Track Saw ## Description ## Use # Dust Collection System ## Description ## Use