Describe it. Download the 3D-printable STL.

Custom STL nameplates

Generate printable custom nameplates with text, safe plate sizes, and STL validation.

Safe defaults: Start around 70 × 25 × 2.4 mm, keep raised text broad, and use optional 3 mm screw holes only when the plate has enough edge margin.

Sample: make a 70 by 25 mm nameplate that says GARAGE

Use sample prompt · Object guide

Wall plate and sign holder STLs

Generate printable wall plates and sign holders with bounded sizes, simple retainer rails, optional mount holes, and safe text.

Safe defaults: Start around 100 × 60 × 3 mm with 3 mm side/bottom rails, shallow 2 mm rail depth, and two conservative screw holes only when there is enough edge margin.

Sample: make a wall plate sign holder width=120 height=70 thickness=3 text=OFFICE with two screw holes

Use sample prompt · Object guide

Custom trays and organizers

Generate custom STL trays and compartment organizers with bounded sizes and practical defaults.

Safe defaults: Start around 120 × 80 × 18 mm, use 2 mm walls, a modest corner radius, and no more than a few rows/columns for a first print.

Sample: make a tray 120 by 80 by 18 mm with 3 by 2 compartments

Use sample prompt · Object guide

Wall hook STL generator

Generate simple printable wall hooks for keys, cables, and light utility storage.

Safe defaults: Start with light-duty hooks, a compact back plate, 2 screw holes, and conservative hook length/thickness before testing stronger variants.

Safety note: Not load-rated or safety-certified. This wall hook is not load-rated or safety-certified. Use it only for light, non-critical items; choose suitable wall fasteners and test before trusting weight.

Sample: make me a wall hook for keys

Use sample prompt · Object guide

Pegboard accessory STL generator

Generate simple printable pegboard hook accessories with bounded rear-peg defaults.

Safe defaults: Start with the generic two-peg preset: 28 mm wide, 64 mm tall, 42 mm hook depth, 4 mm walls, 6 mm rear pegs, and 25.4 mm peg pitch; measure your actual board before printing a batch.

Safety note: Fit and load must be verified. This pegboard accessory is generic printable geometry, not load-rated or fit-certified. Measure your pegboard hole size and pitch, test fit gently, and use only for light non-critical items.

Sample: make a pegboard hook accessory for small tools

Use sample prompt · Object guide

Modular grid bin STL generator

Generate simple 42 mm pitch modular-grid storage bins with conservative fit wording and test-print warnings.

Safe defaults: Start with a 1×1 or 2×1 footprint on 42 mm pitch, 0.5 mm clearance, 2 mm walls, a 2.4 mm floor, and one test print before batching.

Safety note: Fit must be verified. This modular grid bin uses a conservative 42 mm pitch footprint, but it is not fit-certified for any third-party grid system and no affiliation is implied. Print one test bin and verify fit before batching.

Sample: make a 2 by 1 modular grid bin

Use sample prompt · Object guide

Custom bracket STL generator

Generate printable shelf and utility brackets with holes, gussets, and bounded duty presets.

Safe defaults: Start with small or medium duty presets, include gussets for stiffness, keep hole diameters explicit, and avoid relying on prints for critical loads.

Safety note: Not structural or certified hardware. This bracket is printable utility geometry only; it is not engineered, load-rated, or safety-certified. Use it only for non-critical loads after inspection and testing.

Sample: make a medium shelf bracket with countersunk holes

Use sample prompt · Object guide

Phone and tablet stand STLs

Generate practical phone and tablet stands with conservative printable base and lip sizes.

Safe defaults: Start with the conservative phone preset: 78 mm wide, 110 mm tall, 90 mm deep, 4 mm walls, and a 12 mm front lip; use the larger tablet preset only after measuring the device and case.

Safety note: Not stability-rated. This phone/tablet stand is not stability-rated. Measure the device and case, keep the device low on the front lip, and test the print before trusting an expensive device.

Sample: make a phone stand for a thick case

Use sample prompt · Object guide

Cable organizer STL generator

Generate printable cable combs and organizers for common cable counts and diameters.

Safe defaults: Start with 4–8 cable slots, cable diameter plus clearance, 2 mm base thickness, and spacing that leaves printable material between channels.

Sample: make a cable organizer for six ethernet cables

Use sample prompt · Object guide

Spacers and risers STL generator

Generate simple spacers, standoffs, and risers with sizes in millimeters.

Safe defaults: Start with simple cylindrical or block spacers, explicit height, practical hole diameter, and a small quantity before printing a full set.

Sample: make four 12 mm tall risers

Use sample prompt · Object guide

Socket and lug holder STLs

Generate pocket-style holders for sockets, lug nuts, and small cylindrical items.

Safe defaults: Start with measured pocket diameter plus clearance, modest pocket count, visible spacing, and a base large enough to keep pockets strong.

Sample: make a socket holder for six 18 mm sockets

Use sample prompt · Object guide

Cupholder STL generator

Generate printable cupholders with drain holes, base options, and bounded wall sizes.

Safe defaults: Start with a 75 mm inner diameter, moderate depth, 2–3 mm walls, optional drain hole, and non-critical mounting only.

Sample: make a wall mounted cupholder

Use sample prompt · Object guide

Adapters

Generate sleeves from measured OD, ID, and depth.

Safe defaults: Enter measured outer diameter, measured inner diameter, and sleeve depth explicitly; add only small printer clearance after measuring the mating parts.

Sample: make a measured adapter outer_diameter=52 inner_diameter=38 depth=18 clearance=0.2

Use sample prompt · Object guide