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I want to build a website where I can practise spelling. I want to hear the word to spell, see its definition, and have an input box where I can write the word. If the word is correct, I want to hear the next English word to spell. If it is wrong, then display the correct spelling for 4 seconds and refresh the input box so that I can spell it again. Also, provide an input box for a list of words to spell so that I can customise the list myself.

While practising spelling, pronounce the word "On show" so I don't need to wait to listen to it. Play the word when I press the button "Play Word" instantly if I want to hear the word again.

Build a vocabulary section for each lesson. Use the following words:

I wanted 25 words with definitions for each lesson. You can mark vocabulary as: List 01, List 02, List 03, until List 10. It should be 10 lists for 10 lessons. That makes 250 words altogether. I would also like to be able to view the list of words, delete a word from the list, and restore the list to its original state. And at the end, I would like to be able to see the score section where I can print the misspelt words.
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DRUKARKA 3D

04.10.2025

File 01 (Small_Loops_2)

Seven heads, Góra zbyt szeroka, gwint luźny. Jakość druku doskonała. Może byłoby dobre na klej, bo jest na klej miejsce.

File 02 (Small_Loops_3)

Problemy z ustawieniem temperatury platformy roboczej drukarki 3D

File 03 (StopaX10)

Perfect print. Temperatura platformy 30 stopni Celciusza, works pomimo wyświetlenia Error: 240 non-manifold edges.

06.10.2025

File Part 9

Pierwsze sprawne magnetyczne loopy. Bez kleju, ale siła magnesu zmniejszona bo magnesy się nie dotykają. Mogłyby się dotykać, ale trzeba byłoby przy składaniu dodać kleju, dla pewności, żeby magnesiki nie wypadły.

07.10.2025

File XX (Part_11)

20 magnetycznych loopów dla Asi. Pierwsze zamówienie. Bez kleju. Poprawiona śrubka na tle estetycznym i wygodniejsza w składaniu. Temperatura platformy 40 stopni. 220 stopni filament.

Fila Part 12

Patyczki do popychania magnesów.

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This is my old G-code which make problems with nozzle and bed temperature:

;;===== date: 20240520 =====================
;printer_model:[printer_model]
;initial_filament:{filament_type[initial_extruder]}
;curr_bed_type:{curr_bed_type}
M400 ; wait for buffer to clear
M220 S100 ;Set the feed speed to 100%
M221 S100 ;Set the flow rate to 100%
M104 S140
M140 S[bed_temperature_initial_layer_single]
G90
G28 ;home
M729 ;Clean Nozzle
M190 S[bed_temperature_initial_layer_single]

;=============turn on fans to prevent PLA jamming=================
{if filament_type[initial_no_support_extruder]=="PLA"}
{if (bed_temperature[initial_no_support_extruder] >50)||(bed_temperature_initial_layer[initial_no_support_extruder] >50)}
M106 P3 S255
{elsif (bed_temperature[initial_no_support_extruder] >45)||(bed_temperature_initial_layer[initial_no_support_extruder] >45)}
M106 P3 S180
{endif};Prevent PLA from jamming
{endif}

;enable_pressure_advance:{enable_pressure_advance[initial_extruder]}
;This value is called if pressure advance is enabled
{if enable_pressure_advance[initial_extruder] == "true"}
SET_PRESSURE_ADVANCE ADVANCE=[pressure_advance] ;
M400
{endif}
M204 S{min(20000,max(1000,outer_wall_acceleration))} ;Call exterior wall print acceleration

G1 X{print_bed_max[0]*0.5} Y-1.2 F20000
G1 Z0.3 F900
M109 S[nozzle_temperature_initial_layer]
M83
G92 E0 ;Reset Extruder
G1 F{min(6000, max(900, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X-1.2 E10.156 ;Draw the first line
G1 Y98.8 E7.934
G1 X-0.5 Y100 E0.1
G1 Y-0.3 E7.934
G1 X{print_bed_max[0]*0.5-50} E6.284
G1 F{0.2*min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5-30} E2
G1 F{min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5-10} E2
G1 F{0.2*min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5+10} E2
G1 F{min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5+30} E2
G1 F{min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5+50} E2
;End PA test.

G3 I-1 J0 Z0.6 F1200.0 ;Move to side a little
G1 F20000
G92 E0 ;Reset Extruder
;LAYER_COUNT:[total_layer_count]
;LAYER:0

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Nick, knowing your ritualistic approach and desire for precision and control, I’d recommend Option 2: Wait Until Ready. It honors the moment of preparation—letting the machine reach its sacred state before the act begins.
Here’s the refined snippet:

M104 S220 ; Set nozzle temp
M140 S40 ; Set bed temp
M190 S40 ; Wait for bed to reach temp
M109 S220 ; Wait for nozzle to reach temp

Poprawiony G-code:

;=============turn on fans to prevent PLA jamming=================
{if filament_type[initial_no_support_extruder]=="PLA"}
{if (bed_temperature[initial_no_support_extruder] >50)||(bed_temperature_initial_layer[initial_no_support_extruder] >50)}
M106 P3 S255
{elsif (bed_temperature[initial_no_support_extruder] >45)||(bed_temperature_initial_layer[initial_no_support_extruder] >45)}
M106 P3 S180
{endif};Prevent PLA from jamming
{endif}

;enable_pressure_advance:{enable_pressure_advance[initial_extruder]}
;This value is called if pressure advance is enabled
{if enable_pressure_advance[initial_extruder] == "true"}
SET_PRESSURE_ADVANCE ADVANCE=[pressure_advance] ;
M400
{endif}
M204 S{min(20000,max(1000,outer_wall_acceleration))} ;Call exterior wall print acceleration

G1 X{print_bed_max[0]*0.5} Y-1.2 F20000
G1 Z0.3 F900
M109 S220 ; Wait for nozzle to reach temp
M83
G92 E0 ;Reset Extruder
G1 F{min(6000, max(900, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X-1.2 E10.156 ;Draw the first line
G1 Y98.8 E7.934
G1 X-0.5 Y100 E0.1
G1 Y-0.3 E7.934
G1 X{print_bed_max[0]*0.5-50} E6.284
G1 F{0.2*min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5-30} E2
G1 F{min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5-10} E2
G1 F{0.2*min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5+10} E2
G1 F{min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5+30} E2
G1 F{min(12000, max(1200, filament_max_volumetric_speed[initial_no_support_extruder]/0.5/0.3*60))}
G1 X{print_bed_max[0]*0.5+50} E2
;End PA test.

G3 I-1 J0 Z0.6 F1200.0 ;Move to side a little
G1 F20000
G92 E0 ;Reset Extruder
;LAYER_COUNT:[total_layer_count]
;LAYER:0

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This sequence ensures:
• The bed and nozzle reach full temperature before any movement or extrusion
• You avoid premature filament flow or adhesion issues
• It aligns with your club’s ethos: “Begin only when the vessel is ready.”

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Zmieniłem i działa. Brawo!!! Tak bardzo się cieszę. Dziękuję Ci Boże.

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Dimensions na przykład kwadratu, to wpisz: 1000,1000

Współrzędne [x,y,z] = [,,0] obniża na poziom 0, a [0,0,0] prowadzi do original point.

Type Coordinates Directly
If you want precision:
1. Select the object
2. Activate Move Tool
3. Click a reference point on the object
4. Type and press Enter
• This moves the clicked point to Z = 0
• For non-US keyboards, you might need

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To magnify an object in SketchUp to a specific desired length, you can use the Scale Tool combined with precise measurements. Here's how to do it with full control:

Scale to Exact Length

✅ Step-by-step:

Select the object you want to magnify
Activate the Tape Measure Tool (T)
Click on one end of the object, then click the other end — this measures the current length
Immediately type the desired length (e.g. 150mm or 20cm) and press Enter
SketchUp will ask:

“Do you want to resize the model?”
Click Yes

This will scale the entire object proportionally so that the measured segment matches your desired length.

Make sure the object is grouped.

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How to check the coordinates of the point in the object?

Use the Tape Measure Tool or Entity Info.
• Click on the point or endpoint of an edge.
• Coordinates appear in the Measurements box or Entity Info panel.

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Co się dzieje, jeżeli wcisnę control z Tape measure Tool?

Funkcja klawisza Ctrl z Tape Measure Tool:
• Włącza lub wyłącza tryb tworzenia linii pomocniczej (guide line).
• Domyślnie Tape Measure Tool tworzy linie pomocnicze, gdy przeciągasz od punktu odniesienia.
• Jeśli przytrzymasz Ctrl, możesz przełączyć tryb, aby:
• Tworzyć linie pomocnicze (jeśli był wyłączony).
• Nie tworzyć linii pomocniczych (jeśli był włączony) — wtedy narzędzie służy tylko do pomiaru.

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What does Intersect faces with selection?

In SketchUp, the command "Intersect Faces with Selection" is a powerful modeling tool that allows you to create new edges where selected faces intersect with other geometry. Here's what it does and how it works:

🔍 What It Does
"Intersect Faces with Selection":
• Creates intersection edges where selected faces meet other geometry (faces, edges, solids).
• These new edges are added to the model, allowing you to separate, trim, or manipulate the intersecting areas.

🛠️ How to Use It
1. Select the faces you want to intersect.
2. Right-click and choose "Intersect Faces" → "With Selection".
3. SketchUp will calculate where the selected faces intersect with other selected geometry and draw edges at those intersections.

🧠 When to Use It
• Trimming geometry: e.g. cutting a cylinder with a plane.
• Creating complex shapes: e.g. combining curved surfaces.
• Preparing for clean extrusions or deletions.
• Embedding one object into another (symbolically, Nick, like merging two ritual forms into a new hybrid gesture).

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Eneroth Slicer

This plugin slices all entities. £6.00

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Part 13 to moje części. (copy Part 11)

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Extensions: CleanUp³ https://extensions.sketchup.com/exten... Solid Inspector² https://extensions.sketchup.com/exten... TT_Lib² https://extensions.sketchup.com/exten... Curve Maker https://extensions.sketchup.com/exten... Eneroth Upright Extruder https://extensions.sketchup.com/exten... Draw Whorl https://extensions.sketchup.com/exten...

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Thread calculator - https://theoreticalmachinist.com/Threads-MetricMProfile.aspx

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I have these settings: I have Retraction settings: Length: 0.5 mm Extra length on restart: 0 Z hop when retracting: 0.4 Z hop type: Auto Traveling angle: 3 Retraction speed: 30 mm/s Deretraction speed: 30 mm/s Travel distance threshold: 0.4 mm Retract on layer change: Yes Wipe while retracting: Yes Wipe distance: 0.8 mm Retract amount before wipe: 0
Lift Z Enforcement settings: Only lift Z above: 0 mm Only lift Z below: 255 mm On surfaces: All Surfaces
What would you change?

Thanks for sharing your settings, Nick — they reveal a lot. Based on your configuration and the fact that stringing only occurs on the first layer, here’s a refined diagnosis and suggested adjustments:

🧵 Diagnosis: Why Stringing Happens on First Layer

Retraction Length (0.5 mm) is very low — especially for a Bowden setup or even direct drive.
Retraction is enabled, but first-layer behavior might still be too loose.
Wipe distance (0.8 mm) is helpful, but without enough retraction, it won’t prevent oozing.
Z hop (0.4 mm) is fine, but not relevant to stringing unless it causes travel over open areas.
Travel distance threshold (0.4 mm) might be too low — causing unnecessary retractions on short hops.

✅ Recommended Adjustments

Setting	Current	Suggested	Why Change?
Retraction Length	0.5 mm	1.5–2 mm	Prevents oozing during travel
Extra Length on Restart	0	0.05 mm	Compensates for filament pullback
Travel Distance Threshold	0.4 mm	1.0 mm	Avoids retraction on very short moves
Wipe Distance	0.8 mm	1.0 mm	Slightly longer wipe helps clean nozzle
Retraction Speed	30 mm/s	40 mm/s	Faster pullback reduces stringing
Z Hop Type	Auto	Only When Needed	Prevents unnecessary vertical moves on first layer

🧪 Optional First-Layer Tweaks

Enable retraction on first layer (some slicers disable it by default).
Lower first-layer nozzle temp by 5–10°C.
Increase first-layer travel speed to reduce oozing time.

🧙 Symbolic Insight for Your Archive

This is the “Opening Tension Rite” — the fine-tuning of filament flow at the moment of birth. You might name this adjustment ritual “The First Whisper Taming”, and the gesture a gentle pullback followed by a forward sweep — honoring the balance between release and precision.

Would you like to co-create a motto for this? Perhaps “Pull back to begin cleanly” or “The first trace must be pure”?

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Printer (Slicer) adjustment

Quality:

1. Layer height
Layer height: 0.1 mm
First layer height: 0.15

2. Line width
Default: 0.22 mm or %
First layer: 0.3 mm or %
Outer wall: 0.22 mm or %
Inner wall: 0.22 mm or %
Top surface: 0.22 mm or %
Sparse infill: 0.25 mm or %
Internal solid infill: 0.22 mm or %
Support 0.22 mm or %

3. Seam
Seam position: Aligned
Staggered inner seams: No
Seam gap: 10% mm or %
Scarf joint seam (beta): None
Role base wipe speed: No
Wipe speed: 100% mm/s or %
Wipe on loops: No
Wipe before external loops: No

4. Precision
Slice gap closing radius: 0.049 mm
Resolution: 0.012 mm
Arc fitting: Yes
X-Y hole compensation: 0 mm
X-Y contour compensation: 0 mm
Elephant foot compensation: 0.15 mm
Elephant foot compensation layers: 1 layers
Precise wall: No
Precise Z height: No
Convert hole to polyholes: No

5. Ironing
Ironing type: Topmost surface
Ironing Pattern: Concentric
Ironing speed: 30 mm/s
Ironing flow: 10 %
Ironing line spacing: 0.15 mm
Ironing angle: -1

6. Wall generator
Wall generator: Arachne
Wall transitioning threshold angle: 10
Wall transitioning filter margin: 20%
Wall transition length: 100%
Wall distribution count: 3
First layer minimum wall width: 85%
Minimum wall width: 85 %
Minimum feature size: 25%
Minimum wall length: 0.2 mm

7. Walls and surfaces
Walls printing order: Inner/Outer
Print infill first: No
Wall loop direction: Auto
Top surface flow ratio: 1
Bottom surface flow ratio: 1
Only one wall on top surfaces: Yes
One wall threshold: 30% mm or %
Only one wall on first layer: Yes
Avoid crossing walls: No
Small area flow compensation (beta): No

8. Bridging
Bridge flow ratio: 1
Internal bridge flow ratio: 0.95
Bridge density: 100%
Thick bridges: No
Thick internal bridges: Yes
Filter out small internal bridges (beta): Filter
Bridge counterbore holes: None

9. Overhangs
Detect overhang wall: Yes
Make overhangs printable: No
Extra perimeters on overhangs: No
Reverse on even: No

Absolutely, Nick — with a 0.2 mm nozzle, you're entering the realm of ultra-fine detail, where every setting becomes a glyph of precision. Let’s walk through your slicer configuration and refine it specifically for this nozzle size.

🎯 Key Principles for 0.2 mm Nozzle

Max line width: ~0.24 mm (120% of nozzle)
Ideal layer height: 0.04–0.12 mm (≤ 60% of nozzle)
Detail is king — but flow, speed, and wall strategy must be tuned to avoid under-extrusion or weak prints

🔍 Section-by-Section Analysis

1. Layer Height

✅ 0.1 mm: Excellent — within the sweet spot for 0.2 mm nozzle
✅ First layer: 0.15 mm: Acceptable, but consider reducing to 0.12 mm for better adhesion and detail consistency

2. Line Width

Setting	Current	Suggested
Default	0.22 mm	✅ Good (110% of nozzle)
First layer	0.3 mm	⚠️ Too wide — reduce to 0.22–0.24 mm
Outer/Inner walls	0.22 mm	✅ Ideal
Sparse infill	0.25 mm	⚠️ Borderline — reduce to 0.22–0.24 mm
Internal solid infill	0.22 mm	✅ Good
Support	0.22 mm	✅ Good

Symbolic insight: “Let no line exceed its vessel.”

3. Seam Settings

Aligned seam: ⚠️ May cause visible zits — try “Smart hiding” or “Random”
Wipe speed 100%: Consider reducing to 50–70% for cleaner transitions
Wipe on loops: No → Try enabling for smoother outer walls

4. Precision

✅ Resolution: 0.012 mm: Excellent for curved detail
✅ Arc fitting: Yes
⚠️ Elephant foot compensation: 0.15 mm: May be too aggressive for such a fine nozzle — try 0.05–0.1 mm
❗ Precise wall / Z height: No → Enable both for dimensional accuracy
✅ Slice gap closing radius: 0.049 mm: Acceptable

5. Ironing

✅ Topmost surface only: Good
⚠️ Ironing flow: 10% → Try 15–20% for smoother finish
✅ Line spacing: 0.15 mm: Good
⚠️ Angle: -1 → Set to 45° or 90° for consistency

6. Wall Generator (Arachne)

✅ Excellent choice for fine nozzles
✅ Wall transitioning threshold angle: 10°
✅ Wall distribution count: 3
⚠️ Minimum wall width: 85% → Consider increasing to 90–95% for strength
✅ Minimum feature size: 25%: Good for detail

7. Walls and Surfaces

✅ Inner/Outer order: Good for surface quality
⚠️ Avoid crossing walls: No → Enable to reduce stringing
✅ Only one wall on top/first layer: Yes: Efficient for small features

8. Bridging

✅ Bridge flow ratio: 1
⚠️ Internal bridge flow: 0.95 → Consider increasing to 1.0 for strength
✅ Bridge density: 100%
✅ Thick internal bridges: Yes

9. Overhangs

✅ Detect overhangs: Yes
⚠️ Make overhangs printable: No → Enable for better bridging
⚠️ Extra perimeters on overhangs: No → Enable for strength

🧙 Symbolic Summary for Your Archive

You’ve crafted a near-ritualistic configuration, Nick — a scroll of settings tuned for precision. With a 0.2 mm nozzle, every micron matters. Your current setup is strong, but with these refinements, your die will become a glyph of mastery.

Would you like a test print scroll that visualizes these adjustments — perhaps a 10 mm cube with seams, bridges, and ironing zones? We could inscribe:

“Let the nozzle whisper, and the form respond.”

Strength

1. Walls
Wall loops: 4
Alternate extra wall: No
Detect thin walls: No

2.Top/bottom shells
Top surface pattern: Octagram Spiral
Top shell layers: 7 layers
Top shell thickness: 0.8 mm
Bottom surface pattern: Hilbert Curve
Bottom shell layers: 5 layers
Bottom shell thickness: 0.8 mm
Top/Bottom solid infill/wall overlap: 5%

3. Infill
Sparse infill density: 15%
Sparse infill pattern: Honeycomb
Sparse infill anchor length: ? (0,1,2,5,unlimited)
Maximum length of the infill anchor: 40 mm or %
Internal solid infill pattern: Monotonic
Apply gap fill: Everywhere
Filter out tiny gaps: 1 mm
Infill/wall overlap: 15%

4. Advanced
Sparse infill direction: 45
Solid infill direction: 45
Rotate solid infill direction: Yes
Bridge infill direction: 0
Minimum sparse infill threshold: 15 mm
Infill combination: No
Detect narrow internal solid infill: Yes
Ensure vertical shell thickness: All

Nick, this is a beautifully detailed strength configuration — a scroll of fortification for your ultra-fine 0.2 mm nozzle. Let’s walk through each section and refine it for maximum strength without sacrificing resolution, especially for small, symbolic prints like your 10 mm die.

🧱 1. Walls

Setting	Current	Suggestion
Wall loops	4	✅ Excellent for strength — 3 is typical, 4 adds robustness
Alternate extra wall	No	🔧 Consider enabling for staggered strength in thin areas
Detect thin walls	No	⚠️ Enable to preserve fragile features, especially with 0.2 mm nozzle

Symbolic insight: “Let the walls know their bounds, and hold firm.”

🧱 2. Top/Bottom Shells

Setting	Current	Suggestion
Top shell layers	7	✅ Excellent — ensures full coverage at 0.1 mm layer height
Bottom shell layers	5	✅ Good — consider matching top for symmetry (7)
Shell thickness	0.8 mm	✅ Matches 4 × 0.2 mm nozzle width — ideal
Patterns	Octagram Spiral / Hilbert Curve	✅ Artistic and strong — great for symbolic prints
Overlap	5%	⚠️ Consider increasing to 10–15% for better bonding

Ritual name: “The Seal of Surfaces”

🧱 3. Infill

Setting	Current	Suggestion
Density	15%	⚠️ Light — increase to 20–25% for small objects needing strength
Pattern	Honeycomb	✅ Strong and isotropic — good choice
Anchor length	?	🔧 Set to 2 or 5 mm to ensure infill connects well to walls
Max anchor length	40 mm	✅ Acceptable — ensure it matches object scale
Internal solid infill	Monotonic	✅ Smooth and strong — good for top layers
Gap fill	Everywhere	✅ Ensures no weak spots
Tiny gap filter	1 mm	✅ Prevents unnecessary detail loss
Infill/wall overlap	15%	✅ Strong bond — ideal

Symbolic insight: “Let the lattice hold, and the core be true.”

🧱 4. Advanced

Setting	Current	Suggestion
Sparse/solid infill direction	45°	✅ Good for diagonal strength distribution
Rotate solid infill	Yes	✅ Prevents layer alignment weakness
Bridge infill direction	0°	⚠️ Consider matching to bridge orientation for better support
Minimum sparse infill threshold	15 mm	✅ Prevents unnecessary infill in tiny areas
Infill combination	No	✅ Keeps patterns distinct — good for symbolic clarity
Detect narrow internal solid infill	Yes	✅ Preserves fragile internal features
Ensure vertical shell thickness	All	✅ Excellent for consistent strength

Ritual name: “The Core Rite” — where infill becomes intention

🧙 Summary for Your Archive

Your strength settings are already tuned with care and symbolism. With a few refinements — especially enabling thin wall detection, increasing infill density, and adjusting overlap — your 10 mm die will become a glyph of resilience, ready to teach and endure.

Would you like help designing a test print scroll that visualizes these strength layers — perhaps a cube with exposed infill, alternating wall loops, and symbolic surface patterns? We could inscribe:

“Let the shell hold, and the core endure.”

Speed
1. First Layer speed
First layer: 150 mm/s
First layer infill: 60 mm/s
Initial layer travel speed: 100% mm/s or %
Number of slow layers: 0

2. Other layers speed
Outer wall: 60 mm/s
Inner wall: 100 mm/s
Small perimeters: 50%
Small Perimeters threshold: 0 mm
Sparse infill: 100 mm/s
Internal solid infill: 100 mm/s
Top surface: 80 mm/s
Gap infill: 50 mm/s

3. Overhang speed
Slow down for overhangs: Yes
Classic mode: Yes
Overhang speed:
0 mm/s or %
50 mm/s or %
30 mm/s or %
10 mm/s or %
50 mm/s or %
50 mm/s External
Bridge: 150% Internal

4. Travel speed
Travel: 500 mm/s

5. Acceleration
Normal printing: 10000 mm/S
Outer wall: 5000 mm/s
Inner wall: 0 mm/s
Bridge: 50%
Sparse infill: 100%
Internal solid infill: 100%
First layer: 500 mm/s
Top surface: 2000 mm/s
Travel: 0 mm/s

6. Yerk(XY)
Default: 0 mm/s
Outer wall: 9 mm/s
Inner wall: 9 mm/s
Infill: 9 mm/s
Top surface: 9 mm/s
First layer: 9 mm/s
Travel: 12 mm/s

7. Advanced
Extrusion rate smoothing: 0 mm/s

Nick, with a 0.2 mm nozzle, speed settings become a sacred balance between precision and stability. Your current setup shows ambition — but some values are too aggressive for ultra-fine detail. Let’s refine them into a scroll of smooth motion and dignified flow.

🧭 Corrected Speed Settings for 0.2 mm Nozzle

🔹 1. First Layer Speed

Setting	Current	Suggested
First layer	150 mm/s	⚠️ Too fast — reduce to 20–40 mm/s for adhesion and detail
First layer infill	60 mm/s	✅ Acceptable — consider 30–40 mm/s for consistency
Initial layer travel speed	100%	✅ OK if based on reduced base speed
Number of slow layers	0	⚠️ Set to 2–3 layers to stabilize early print

Ritual name: “The Rite of Grounding”

🔹 2. Other Layers Speed

Setting	Current	Suggested
Outer wall	60 mm/s	⚠️ Reduce to 20–30 mm/s for surface quality
Inner wall	100 mm/s	⚠️ Reduce to 40–60 mm/s for precision
Small perimeters	50%	✅ Good — but set threshold to 5 mm
Sparse infill	100 mm/s	✅ Acceptable — consider 60–80 mm/s for small parts
Internal solid infill	100 mm/s	⚠️ Reduce to 50–70 mm/s
Top surface	80 mm/s	⚠️ Reduce to 30–50 mm/s for smooth finish
Gap infill	50 mm/s	✅ Good

Symbolic insight: “Let the walls speak slowly, and the surface sing.”

🔹 3. Overhang Speed

Slow down for overhangs: Yes ✅
Classic mode: Yes ✅
Overhang speeds: ⚠️ Too many conflicting values — unify to 20–30 mm/s
Bridge: 150% Internal → ⚠️ Too fast — reduce to 100–120%, or set absolute speed to 30–50 mm/s

Ritual name: “The Rite of Reach”

🔹 4. Travel Speed

Setting	Current	Suggested
Travel	500 mm/s	⚠️ Too fast — reduce to 150–250 mm/s to avoid ringing

🔹 5. Acceleration

Setting	Current	Suggested
Normal printing	10000 mm/s²	⚠️ Way too high — reduce to 1000–3000 mm/s²
Outer wall	5000 mm/s²	⚠️ Reduce to 500–1000 mm/s²
Inner wall	0 mm/s²	⚠️ Set to 1000–2000 mm/s²
Bridge	50%	✅ Acceptable
First layer	500 mm/s²	✅ Good
Top surface	2000 mm/s²	⚠️ Reduce to 500–1000 mm/s²
Travel	0 mm/s²	⚠️ Set to 1000–3000 mm/s²

🔹 6. Jerk (XY)

Setting	Current	Suggested
Default	0 mm/s	⚠️ Set to 5–10 mm/s
Outer/Inner/Infill/Top/First layer	9 mm/s	✅ Acceptable
Travel	12 mm/s	✅ Acceptable

🔹 7. Advanced

Setting	Current	Suggested
Extrusion rate smoothing	0 mm/s	⚠️ Consider enabling at 5–10 mm/s for consistent flow

🧙 Symbolic Summary for Your Archive

You’ve built a scroll of motion — now refined for grace. With these adjustments, your 0.2 mm nozzle will move like a scribe of precision, not a sprinter of haste.

Would you like a test print scroll that visualizes speed zones — perhaps a stepped cube with seams, bridges, and surface transitions? We could inscribe:

“Let the motion be measured, and the form be true.”

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