Media
Music I mentally associate with this project
Ashton Edminster - Something Different:
Mainly the "Something different, don't know what to call it" line because this printer isn't a conventional FFF printer and this project was just called "SecSavr" for most of its lifetime because I couldn't think of a name for this printer specifically. "SecSavr" is a non-existant 3D printer brand name I thought up, so this situation is like Sony coming out and announcing that their new product is "The Sony".
Navigation
The title tag system is explained here, and the table is updated when a change occurs. Notable logs have bold L# text.
L1 [A] If I made an ad, this would be the background music:
| L2 [A] Project progress before hackaday page
| L3 [P] = Parts received - CHC Pro, high flow heatbreak, airbrush nozzle, 42.4mm steel tubes
|
L4 [R] Finding other projects
| L5 [R] Enclosure Material
| L6 [R] Information for galvanised pipe + key clamps
|
L7 [R] Enclosure design considerations
| L8 [M] Current Modelling Progress
| L9 [P] - Constant force spring (that I hurt myself opening), low cost 608 bearings
|
L10 [P] - 32mm long "Lengthen" nozzles, S6609 stepper drivers, - T-slots, volcano nozzle adapters - Threaded aluminium spacers, motor mount plates - Springs, 15mm magnets
| L11 [R] Enclosure material considerations so far
| L12 [R] Multiwall Polycarbonate
|
L13 [R] Toolchanging printers with shared extruder motors
| L14 [R] Similar Project Research
| L15 [P] - M8 fixings
|
L16 [M] - Test linear carriage
| L17 [X][P] Tube Linear Carriage Success
| L18 [M] - Enclosure Initial Concept
|
L19 [T] Print Material?
| L20 [M] Room
| L21 [T] Dust (and other milling) Concerns
|
L22 [T] Hotend
| L23 [M][T] 8 Entire Millimetres
| L24 [X] Testing the GC6609 / S6609 Stepper Drivers
|
L25 [P] Octopus Pro
| L26 [X] Hotend Testing
| L27 [A] AIO II Issues
|
L28 [A] Octopus Pro
| L29 [A] Current Motor Layout Plan
| L30 [M] Enclosure: SecSavr SleepCinema [gd0099]
|
L31 [T] Electronic bed levelling
| L32 [X] Extruder issues
| L33 [X] Initial extruder tests
|
L34 [T] SleepCinema design
| L35 [B][T] Frame BOM
| L36 [R] Searching GitHub
|
L37 [M] Clamp 116 and Fusion 360 Housekeeping
| L38 [M] Bed and start of frame
| L39 [M] Clamp 161
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L40 [M] Z Axis Tubes
| L41 [T] Gantry Name: SecSavr Slab?
| L42 [M] Tool Axis Tubes
|
L43 [M] Tube Carriages
| L44 [T] Bed and Tool Calibration
| L45 [T] Bed Holding Medium
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L46 [M] Z Slider
| L47 [M] Y Slider
| L48 [T] Counterbalancing Z Axis
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L49 [R] Spring Balancer
| L50 [T] Frame: SecSavr CeilingSingle
| L51 [T] Octopus Pro Price
|
L52 [T] Spider V1.1?
| L53 [M] Sketching Tool Bar and Sliders
| L54 [M] SleepCinema Panel Adjustment
|
L55 [R] 10 Axis Printer
| L56 [T] Octopus Pro + EXP MOT and the Tool Bar
| L57 [T] Tubes, Fabrication and Milling
|
L58 [R] Computer vision for tool offset calibration
| L59 [R] Auto PaintShop
| L60 [R] Threadless Screw
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L61 [R] Ribbon Nozzle
| L62 [M] Branding
| L63 [T] Test Driven Development?
|
L64 [G]Tapping the 30mm hex spacers
| L65 [T] SecSavr Slight Heatsink
| L66 [M][E1] New heatskink strategy
|
L67 [M][T] VolcanoV2 instead of CHC Pro
| L68 [M] Swapping extruder and magnet locations
| L69 [M] SecSavr Spindle concept - And idea of 2 in 1 out support
|
L70 [P][M] Cheap glass found on Ebay
| L71 [R] Worm gear for V axis?
| L72 [M] Camera Mirror
|
L73 [T] Motherboard on a moving axis?
| L74 [T] Tool Pogo Pins
| L75 [R] Bigtreetech Manta M8P
|
L76 [M] 868 Pogo Connectors
| L77 [M] Tool Plate with the 868 pogo connector
| L78 [M][R] Slime Bearing
|
L79 [R] Tube printing
| L80 [M] The New Y Axis Slider
| L81 [M] Z Slider Cover
|
L82 [M] Slime branding and SecSavr name?
| L83 [A] Project rename to SecSavr Sublime
| L84 [M] Importing beds
|
L85 [M] X Axis Slider Concept
| L86 [M] Continuing X slider and finding a new bowden route
| L87 [M] Alignment tweaks
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L88 [M] X Arm and Tool Bar
| L89 [M] SecSavr SuperSpindle
| L90 [T] Pogo Pinout
|
L91 [T] Multiple use cases for the blower bowden tube
| L92 [T] 352 Bearings Needed
| L93 [M] SleepCinema tweaks
|
L94 [T] SecSavr Sublime Already Out Of Date?!!?
| L95 [A] Project Frozen
| L96 [R] Continuous tape reinforcement
|
L97 [P] BTT CB1
| L98 [A] Uploaded v72 .step file
| L99 [T] Idle thoughts
|
Preface
[2022 - May 18] (and tweaked 2024 - Jan 14)
Short for SecondSavr (as in, saving seconds of time), this specific SecSavr's humble beginnings started from a now-archived printer called the SecSavr Space. That printer, designed to be built in a 800x800mm server cabinet, had 4 printer "bays" where the Z height of a bay was adjustable, depending on what needed to be printed (e.g. compressing bays to print a one-off 700mm print, and then adjusting the bays back to 200mm each for general prints). I took inspiration from the MPCNC for the Z axis so that I could use cheaper 25mm chrome tube instead of 4040 aluminium extrusion. Some designing around unplanned server cabinet rails later, I realized that tool-changing could be possible using a servo driven arm (called the SecSavr Single Arm Machine (S.A.M.).
After months of feature research investment rounds, otherwise known in the industry as "feature creep", the printer has outgrown the server cabinet. Even though the components for each feature wasn't relatively expensive, all together it's outgrown the initial budget too. Genuinely surprising.
After power limitations, then height limitations and finally budget limitations, the amount of bays I'll be installing is 2. My May 2022 prediction of BOM prices are hovering around £3800 after many cost saving adjustments.
But I haven't even told you what I'm planning on the inside yet. Let me tell you. It's got a-- [breathes in]
- 4th axis, 5th axis,
- A copper/white theme,
- Continuous fibre,
- Multi filament of 16;
- Segmented heater bed,
- Nozzle cam: 330fps,
- Something called True IDEX,
- Printing in chocolate;
- Auto pancake making, (April 1st idea)
- Magnetic tool changing,
- Brass insert, supports and nut placing,
- Full colour inkjet spraying;
- Solder tool for copper wires,
- Milling prints and PCBs,
- Melt zone extender,
- Max Z change for free; (belt driven Z with adjustable build height)
- Belt bed mode for infinite Y,
- Motors that run on 36 V,
- Auto part eject,
- Plus a cinema underneath. (SleepCinema [gd0099] frame)
And it should even staple.
I don't think a heated chamber is going to happen, but the specific enclosure [gd0099] will be airtight.