Batch B02 — Accent parts (blue)

One page per step

Read this chapter one step per page — big pictures, prev/next, and the same tick marks. This page is the whole chapter in one scroll.

Every accent part in the whole build, printed in one continuous session so the accent spool is mounted exactly once. The accent is Prusament ASA Blue, matching the blue LDO frame and the blue Clicky-Clack door over the black body. Two colour changes in the whole build: black → blue here, blue → black after. Nothing here has a press fit, so it needs Gate A only. Like every batch, it prints before the kit arrives.

Every accent part in one session. One blue spool, and yes, it matches my scarf.

Time: 21.9 h (3 plates) — PrusaSlicer 2.9.6 estimates.

Sessions: 3 plate starts (~5 min hands-on each, 7.0 / 7.3 / 7.6 h unattended) + ~20 min inspect and bin.

Prerequisites: Gate A passed (Step B00.5 — the cube; a colour change doesn't skip the calibration requirement). Gate B is not needed: no bearing seat, rail fit or insert boss on these plates is load-bearing before assembly.

Printed parts

STL	Repo path	Qty	Colour	g ea	Bin
[a]_z_drive_baseplate_a_x2.stl	Voron-2 STLs/Z_Drive/	2	Blue	9.7	02-Z0, 02-Z2 (one each)
[a]_z_drive_baseplate_b_x2.stl	Voron-2 STLs/Z_Drive/	2	Blue	9.7	02-Z1, 02-Z3 (one each)
[a]_belt_tensioner_a_x2.stl	Voron-2 STLs/Z_Drive/	2	Blue	1.9	02-Z0, 02-Z2 (one each)
[a]_belt_tensioner_b_x2.stl	Voron-2 STLs/Z_Drive/	2	Blue	1.9	02-Z1, 02-Z3 (one each)
[a]_z_tensioner_9mm_x4.stl	Voron-2 STLs/Z_Idlers/	4	Blue	8.1	02-Z0–Z3, one each
[a]_tensioner_left.stl	Voron-2 STLs/Gantry/Front_Idlers/	1	Blue	7.4	04-B
[a]_tensioner_right.stl	Voron-2 STLs/Gantry/Front_Idlers/	1	Blue	7.4	04-A
[a]_cable_cover.stl	Voron-2 STLs/Gantry/AB_Drive_Units/	1	Blue	8.0	07-X
[a]_z_chain_retainer_bracket_x2.stl	Voron-2 STLs/Gantry/AB_Drive_Units/	2	Blue	0.6	10-chains
[a]_endstop_pod_D2F_switch.stl	Voron-2 STLs/Gantry/X_Axis/XY_Joints/	1	Blue	8.1	05-XY
[a]_xy_joint_cable_bridge_2hole.stl	Voron-2 STLs/Gantry/X_Axis/XY_Joints/	1	Blue	9.2	05-XY
XY_cable_chain_bridge-Igus-3mm_backer.stl	whopping_Voron_mods extrusion_backers/STLs/	1 Note: alternate to the above — fit whichever clears the Ti backers, see §Read first	Blue	9.1	05-XY
[a]_z_belt_clip_lower_x4.stl	Voron-2 STLs/Gantry/	4	Blue	2.3	06-Z-joints
[a]_z_belt_clip_upper_x4.stl	Voron-2 STLs/Gantry/	4	Blue	2.4	05-XY
[a]_stealthburner_main_body.stl	Stealthburner STLs/Stealthburner/	1	Blue	46.5	08-SB
[a]_guidler_a.stl	Stealthburner STLs/Clockwork2/Direct_Drive/	1	Blue	3.7	08-CW2
[a]_guidler_b.stl	Stealthburner STLs/Clockwork2/Direct_Drive/	1	Blue	2.1	08-CW2
[a]_latch.stl	Stealthburner STLs/Clockwork2/Direct_Drive/	1	Blue	3.5	08-CW2
[a]_latch_shuttle.stl	Stealthburner STLs/Clockwork2/Direct_Drive/	1	Blue	1.7	08-CW2
[a]_pcb_spacer.stl	Stealthburner STLs/Clockwork2/	1 (spare — kit supplies one)	Blue	0.3	spare-alt
[a]_belt_guard_a_x2.stl	Voron-2 STLs/Skirts/	2	Blue	5.4	11-fans
[a]_belt_guard_b_x2.stl	Voron-2 STLs/Skirts/	2	Blue	5.4	11-fans
[a]_fan_grill_a_x2.stl	Voron-2 STLs/Skirts/	2	Blue	5.9	11-fans
[a]_fan_grill_b_x2.stl	Voron-2 STLs/Skirts/	2	Blue	5.9	11-fans
[a]_fan_grill_retainer_x2.stl	Voron-2 STLs/Skirts/	2	Blue	4.2	11-fans
[a]_keystone_blank_insert.stl	Voron-2 STLs/Skirts/	2 (1 used + 1 spare; LDO ships one CAT6 keystone)	Blue	2.5	11-skirts
[a]_faceplate.stl	LDOVoronTrident STLs/BTT Pi TFT4.3 Mount/	1	Blue	6.6	10-tft
ldo_bestagon_insert.stl	LDOVoron2 STLs/	1	Blue	3.0	11-skirts
Handle.stl	whopping_Voron_mods clickyclacky_door/STLs/	1	Blue	33.7	11-door

Cable-chain bridge, conditional

Fabreeko's titanium extrusion backers ship pre-tapped for the cable chain, which may make the printed bridge unnecessary. Print both [a]_xy_joint_cable_bridge_2hole and XY_cable_chain_bridge-Igus-3mm_backer (18 g total) and fit whichever clears at assembly. "Igus" = the 2-hole chain pattern, which is what LDO ships.

Hardware: none.

Read first

• Checkpoint after B02: guidler and latch must move freely against the CW2 body once it exists (B06) — test-fit then, not now. Check the SB main body's built-in supports came out clean and the LED pockets are crisp.
• Most commonly reprinted here: [a]_stealthburner_main_body — the most-looked-at part in the build.
• [a]_stealthburner_main_body has built-in supports — snap them out, don't cut.
• Handle.stl is 60 mm tall on a 68×19 footprint — the project already carries its 5 mm brim, and nothing else on B02-P2 has one (per 00-slicer-setup.md). You verify it in the preview; you do not add it.
• [a]_keystone_blank_insert ×2 covers a panel with 2 slots against 1 LDO-supplied CAT6 keystone — 1 used, 1 spare.

Step B02.1 — Filament prep

Do:

1. On the printer, Unload, then Load Filament → ASA, and mount the Prusament ASA Blue spool.
2. Purge fully: this is the build's one accent session.
3. Prepare the sheet per 00-slicer-setup § Print sheet.

Check

Purge line is clean blue with no black streaking.

Source: print plan §4.3 — spool changes · 00-slicer-setup § Drying · Prusa KB — ASA

Step B02.2 — Load plate B02-P1

Sorting diagram, drawn from the committed project: every part numbered and filled in the colour of its bin, bin id on the part; the legend reads # · STL · bin (chapter · steps). Sort at Step B02.9.

Do:

1. Open slicer/plates/B02-P1.3mf with File → Open Project. Do not rebuild the plate.
2. Confirm: filament box Prusament ASA @COREONE HF0.4 - Voron blue, 5 files, 7 objects, no rotation, no brim.
3. Leave the SB main body's built-in supports; never suppress them. Parts: [a]_stealthburner_main_body · [a]_faceplate · [a]_cable_cover · [a]_z_drive_baseplate_a ×2 · [a]_z_drive_baseplate_b ×2 — 7.0 h, 90 g (PrusaSlicer 2.9.6 estimate).

Check

SB main body oriented as shipped with its supports visible in preview, and no brim outline anywhere on the plate.

Helper: Reads the sorting diagram legend aloud and counts the parts on it while you load.

Source: print plan §3 — the batches · 00-slicer-setup § Committed projects · 00-slicer-setup § Orientation & brim · Stealthburner manual — remove built-in supports

Step B02.3 — Print plate B02-P1

Do: Print with standing overrides, no brim on this plate's parts.

Check

Before start, Settings → Chamber Filtration reads Adv. Filtration. First layer clean; SB body prints without support failure.

Tip

Paused or stopped mid-plate? See When the printer stops.

Good stopping point · ~5 min since the last one

plate started; nothing to do until it finishes.

Source: 00-slicer-setup § Overrides · print plan §4.1 — how these numbers were produced

Step B02.4 — Load plate B02-P2

Sorting diagram, drawn from the committed project: every part numbered and filled in the colour of its bin, bin id on the part; the legend reads # · STL · bin (chapter · steps). Sort at Step B02.9.

Do:

1. Open slicer/plates/B02-P2.3mf with File → Open Project. Do not rebuild the plate.
2. Confirm: 8 files, 13 objects, the 5 mm brim on Handle already in the project.
3. Never add a brim by hand or touch the global brim setting. Parts: Handle · [a]_fan_grill_a ×2 · [a]_fan_grill_b ×2 · [a]_fan_grill_retainer ×2 · [a]_belt_guard_a ×2 · [a]_belt_guard_b ×2 · [a]_tensioner_left · [a]_tensioner_right — 7.3 h, 93 g (PrusaSlicer 2.9.6 estimate).

Check

The preview shows the brim outline on Handle only, none on the flat fan grills, retainers, belt guards or tensioners.

Helper: Names the bin colour of each part on the sorting diagram while you open the project.

Source: print plan §3 — the batches · 00-slicer-setup § Committed projects · 00-slicer-setup § Orientation & brim

Step B02.5 — Print plate B02-P2

Do: Print with standing overrides.

Check

Handle stands through the full print with no lean; brim shows no lift.

Tip

Paused or stopped mid-plate? See When the printer stops.

Good stopping point · ~5 min since the last one

plate started; nothing to do until it finishes.

Source: 00-slicer-setup § Overrides · print plan §4.1 — how these numbers were produced

Step B02.6 — Load plate B02-P3

Sorting diagram, drawn from the committed project: every part numbered and filled in the colour of its bin, bin id on the part; the legend reads # · STL · bin (chapter · steps). Sort at Step B02.9.

Do:

1. Open slicer/plates/B02-P3.3mf with File → Open Project. Do not rebuild the plate.
2. Confirm: 16 files, 29 objects, no brim.
3. In preview, if XY_cable_chain_bridge-Igus-3mm_backer stands 44 mm tall, lay it flat to match the stock bridge. Parts: the remaining accent parts, [a]_belt_tensioner_a ×2 · [a]_belt_tensioner_b ×2 · [a]_z_tensioner_9mm ×4 · [a]_z_chain_retainer_bracket ×2 · [a]_endstop_pod_D2F_switch · [a]_xy_joint_cable_bridge_2hole · XY_cable_chain_bridge-Igus-3mm_backer · [a]_z_belt_clip_lower ×4 · [a]_z_belt_clip_upper ×4 · [a]_guidler_a · [a]_guidler_b · [a]_latch · [a]_latch_shuttle · [a]_pcb_spacer · [a]_keystone_blank_insert ×2 · ldo_bestagon_insert — 7.6 h, 96 g (PrusaSlicer 2.9.6 estimate).

Check

Cable-chain bridge sitting flat, not standing, before slicing.

Helper: Counts the parts on the sorting diagram and checks the total against the object count.

Source: print plan §3 — the batches · 00-slicer-setup § Committed projects · 00-slicer-setup § Orientation & brim · print plan §6 — conditional / verify items

Step B02.7 — Print plate B02-P3

Do: Print with standing overrides.

Check

No warp on the small parts, and the guidler, latch and latch shuttle print crisp.

Tip

Paused or stopped mid-plate? See When the printer stops.

Good stopping point · ~5 min since the last one

plate started; nothing to do until it finishes.

Source: 00-slicer-setup § Overrides · print plan §4.1 — how these numbers were produced

Step B02.8 — Inspect

Do:

1. Check the SB main body's built-in supports snapped out clean and the LED pockets are crisp. The guidler and latch fit test happens at B06.
2. Snap the Handle brim off and check the base for scarring.

Check

No support remnants inside the SB body's cable channels or LED pockets; Handle base clean.

Good stopping point · ~10 min since the last one

supports out, brim off, nothing pressed or glued. Leave the blue spool on if B02-P3 has not printed yet; otherwise unload it and re-seal it before walking away.

Source: print plan §5.2 — checkpoint after each batch · 00-slicer-setup § Calibration sequence · Stealthburner manual — remove built-in supports

Step B02.9 — Sort into bins

Do:

1. Sort each plate off its diagram: the number on a part is its legend number, the colour its bin.
2. Write bin id, plate id and date on the inside face of every _a / _b part.

B02-P1

bin	parts off this plate
02-Z0 — Z0 corner (front-left, _a hand)	[a]_z_drive_baseplate_a
02-Z1 — Z1 corner (rear-left, _b hand)	[a]_z_drive_baseplate_b
02-Z2 — Z2 corner (rear-right, _a hand)	[a]_z_drive_baseplate_a
02-Z3 — Z3 corner (front-right, _b hand)	[a]_z_drive_baseplate_b
07-X — X carriage halves, probe bracket, cable cover	[a]_cable_cover
08-SB — Stealthburner body, printhead, LEDs	[a]_stealthburner_main_body
10-tft — Touchscreen faceplate + mount	[a]_faceplate

B02-P2

bin	parts off this plate
04-A — A drive unit + A (right) front idler	[a]_tensioner_right
04-B — B drive unit + B (left) front idler	[a]_tensioner_left
11-fans — Fan grills, retainers, belt guards	[a]_fan_grill_a ×2, [a]_fan_grill_b ×2, [a]_fan_grill_retainer ×2, [a]_belt_guard_a ×2, [a]_belt_guard_b ×2
11-door — Clicky-Clack door	Handle

B02-P3

bin	parts off this plate
02-Z0 — Z0 corner (front-left, _a hand)	[a]_belt_tensioner_a, [a]_z_tensioner_9mm
02-Z1 — Z1 corner (rear-left, _b hand)	[a]_belt_tensioner_b, [a]_z_tensioner_9mm
02-Z2 — Z2 corner (rear-right, _a hand)	[a]_belt_tensioner_a, [a]_z_tensioner_9mm
02-Z3 — Z3 corner (front-right, _b hand)	[a]_belt_tensioner_b, [a]_z_tensioner_9mm
05-XY — XY joints, endstop pod, upper Z belt clips	[a]_endstop_pod_D2F_switch, [a]_xy_joint_cable_bridge_2hole, XY_cable_chain_bridge-Igus-3mm_backer, [a]_z_belt_clip_upper ×4
06-Z-joints — Z joints and lower Z belt clips	[a]_z_belt_clip_lower ×4
08-CW2 — Clockwork 2 extruder, toolboard + USB covers	[a]_guidler_a, [a]_guidler_b, [a]_latch, [a]_latch_shuttle
10-chains — Z cable chain anchor, guide, retainer	[a]_z_chain_retainer_bracket ×2
11-skirts — Skirt ring, keystone panel and inserts	[a]_keystone_blank_insert ×2, ldo_bestagon_insert
spare-alt — Spares / alternates (not fitted)	[a]_pcb_spacer

Check

Every accent part in its bin with the id written on it; 11-door holds only the Handle until B10.

Helper: Matches each part's number to the diagram legend and drops it in its bin.

Tip

Print the bin labels from the bin-labels sheet. _a parts go to Z0 and Z2, _b to Z1 and Z3. The [a]_z_chain_retainer_bracket pair is fitted in Ch 10, not Ch 05.

Good stopping point · ~15 min since the last one

all three plates sorted into their eleven bins, ids written on every _a / _b part. Nothing is pressed or glued; the accent spool is off and re-sealed.

Source: print plan §9 — batch summary · print plan §2 — which parts gate which step · print/README § Bins

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Checkpoint B02

• SB main body built-in supports removed clean; LED pockets crisp
• Cable-chain bridge fit decision made (stock 2-hole vs Ti-backer remix) once Ti backers are in hand
• Handle brim removed cleanly, no visible scarring
• All 29 small accent parts present and in their bins (B02.9), ids written on the _a / _b parts
• Blue spool re-sealed/dry-stored — no more blue prints in the build

Batch B02 printed: plates 4 to 6 of 22, 48.7 of 157.0 h. 3 gummy worms.

Common mistakes

• Suppressing the SB main body's built-in supports in slicer instead of leaving them as designed.
• Slicing the Ti-backer cable bridge standing up because it didn't auto-lay-flat.
• Setting a global brim to "make sure" Handle gets one — it already has one; the global setting brims every grill on the plate.
• Mixing up which a / b part goes to which corner or side — letter every _a / _b part as it comes off the plate, before anything is bagged.
• Skipping the full purge on the blue colour change and getting black-streaked accent parts.

Next

Assembly: accent half of Z Drives and Idlers, A/B Drives and Idlers, Gantry, Stealthburner, Skirts and the Clicky-Clack door — as their black counterparts complete. Printing: back to Galaxy Black for B03 — A/B drive units + front idlers, and on through B10 in numeric order — the whole run is finished before the kit lands.