In action

Watch Mimo solve it.

My drone arm mount keeps breaking in flight. Here's the STL.

Identifying Part, Running Analysis

Part Identified

Type Drone Arm Mount

Classification mechanical_component (97%)

Features mounting_hole ×4, rib ×3, screw_hole ×2

Analysis Results

Wall Thickness Fail 28% critical (min 0.4mm)

Overhangs Warn 8% at 55°

Bridges Pass no critical spans

Tiny Features Fail 3 features below 0.4mm

Analysis Overlay

drone-arm-mount.glb

Fail Warn Pass

Correlating Features

Feature Correlation

reinforcement ribs wall 0.4mm (critical)

upper mounting holes overhang 55° (warning)

Two root causes. The reinforcement ribs are only 0.4mm — at the nozzle diameter limit. And the upper mounting holes have 55° overhangs.

Optimizing Orientation

Proposed Orientation

X: 45° Y: 0° Z: 90° — Overhangs: -62%

This orientation fixes the overhangs. But the ribs still need to double in thickness — can't fix geometry with orientation alone.

I can redesign with reinforced ribs. Want me to keep the M3 mounting hole pattern exactly?

Yes, keep the M3 holes. Those need to match the frame.

Generating Concepts

Redesign Concepts

Thickened

Triangulated

Gusseted

Ribbed

All preserve M3 mounting pattern

4 redesigns — all preserve the M3 hole pattern. Concept B uses triangulated ribs at 1.2mm — strongest option for the weight.

Go with B.

Generating Model, Running Analysis

3D Model Generated

drone-arm-v2.glb ready

Analysis Results (v2)

Wall Thickness Pass min 1.2mm

Overhangs Pass max 38°

Bridges Pass no spans

Tiny Features Pass min 0.9mm

All four analyzers pass. The triangulated ribs are 3x stronger than the originals. Same mounting holes, same overall dimensions.

Configuring Model

For a flight-critical drone part — CF-PETG. 0.16mm layers for dimensional accuracy on the mounting holes. 60% gyroid infill for crash absorption.

Checking Equipment, Configuring Model

Cost Comparison

Make It $2.60/unit — 47min Mimo suggests

Order It $18.40/unit — 5-7 days

You save $15.80/unit (86%)

Your H2D handles CF-PETG at 280°C with the hardened nozzle. $2.60 in material, 47 minutes per unit. Ordering the same part in Nylon PA12 is $18.40 and a week wait.

Let's make it. Print it on the H2D.

Checking Build Volume, Generating G-code

Fits with clearance to spare. CF-PETG, 0.16mm layers, 60% gyroid infill. 47 minutes. Your .3mf is ready.

Export

drone-arm-v2.3mf

From broken part to print-ready
in one conversation.

The earlier you join, the sooner you get in.

By joining, you agree to our Privacy Policy and Terms of Service.

I sketched a phone stand — angled dock with a cable slot in the back. Here's my sketch. Can you build it?

Interpreting Sketch, Generating Concepts

Concept Interpretations

Minimal

Angular

Organic

Floating

All optimized for FDM — no supports needed

4 interpretations of your sketch. B has the cleanest print geometry — single piece, steepest angle under 40°.

B looks great. Build it.

Generating Orthographic Views

Orthographic Views

Front

Back

Left

Right

Top

Bottom

Building Mesh from Ortho Views

3D Model Generated

phone-stand-b.glb ready

Running Analysis

Analysis Results

Wall ThicknessPassmin 1.6mm

OverhangsPassmax 38°

BridgesPassmax 2.8mm

Tiny FeaturesWarncable slot 0.38mm

Almost clean. The cable slot is 0.38mm — just under your nozzle diameter.

Widen Cable Slot to 0.5mm

Minimum printable on 0.4mm nozzle — no visual change

Applying Fix, Re-running Analysis

Analysis Results (v2)

Wall ThicknessPassmin 1.6mm

OverhangsPassmax 38°

BridgesPassmax 2.8mm

Tiny FeaturesPassmin 0.5mm

All clear. Prints flat on the bed, zero supports. For a desk accessory — PLA is the move.

Configuring Model, Checking Equipment

Cost Comparison

Make It $0.82/unit — 48min Mimo suggests

Order It $12.50/unit — 5-7 days

You save $11.68/unit (93%)

PLA, 0.2mm layers, 15% gyroid on your X1C. 48 minutes, under a dollar.

Perfect. Export it.

Generating G-code, Exporting

BambuStudio-ready .3mf with your PLA profile loaded.

Export

phone-stand-v1.3mf

From sketch to print-ready
in one conversation.

The earlier you join, the sooner you get in.

By joining, you agree to our Privacy Policy and Terms of Service.

Restoring a '69 Mustang fastback. I need a door handle return spring bracket, a dashboard defrost vent, and the shifter console surround.

Identifying Parts, Analyzing Requirements

Parts Identified

Door Handle Bracket structural_mechanical

Defrost Vent interior_trim

Shifter Surround interior_high_wear

Material Routing

Bracket PPSU-CF — 207°C HDT, chemical resistant

Vent ABS — sandable, paintable, 100°C HDT

Surround Nylon-CF — wear resistant, high stiffness

Three environments, three materials. The bracket sees the most abuse — PPSU-CF handles spring tension, vibration, and underhood heat.

I want to paint the vent to match the original dash. Will ABS take paint?

That's why I routed it to ABS. Sand with 220 grit, filler primer, color coat — factory finish.

Running Analysis (3 parts)

Analysis — All Parts

Bracket WallsPassmin 2.1mm

Bracket OverhangsWarnmounting flange 58°

Vent — AllPassno issues

Surround — AllPassno issues

Bracket — Analysis Overlay

mustang-bracket.glb

Warn Pass

Correlating Features

Feature Correlation — Bracket

mounting flange overhang 58° (warning)

The bracket's mounting flange has a 58° overhang. 20° rotation clears it. The vent and surround print clean.

Rotate Bracket 20° on X

Overhangs: 58° → 32° — eliminates all warnings

Applying Orientation, Re-running Analysis

Analysis (v2) — All Parts

BracketPassall clear after rotation

VentPassno issues

SurroundPassno issues

All three pass. The flange cleared up with the rotation.

Configuring Materials, Checking Equipment

Production Plan

Door BracketPPSU-CF — 2h 15m — $8.40

Defrost VentABS — 55m — $1.60

Shifter SurroundNylon-CF — 1h 20m — $4.80

Total4h 30m — $14.80

Cost Comparison

Make All 3 $14.80 — 4h 30m Mimo suggests

Order All 3 $94.00 — 7-10 days

You save $79.20 (84%)

Two print jobs. PPSU-CF bracket solo at 380°C — hardened nozzle. The other two batch on the H2D at 260°C.

Let's go. Print all three.

Checking Build Volumes, Generating G-code

All three fit. Two .3mf files — one per print job, materials pre-configured.

Export

mustang-bracket-ppsu.3mf

mustang-batch-abs-nyloncf.3mf

Three parts. Three materials.
One conversation.

The earlier you join, the sooner you get in.

By joining, you agree to our Privacy Policy and Terms of Service.

Ask Mimo anything...

Tell Mimo what you're building.
Mimo handles the rest.

Watch Mimo solve it.

Mimo's knowledge was earned,
not scraped.

Ready to work with
your engineer?

Tell Mimo what you're building. Mimo handles the rest.

Watch Mimo solve it.

Mimo's knowledge was earned,not scraped.

Ready to work withyour engineer?

Tell Mimo what you're building.
Mimo handles the rest.

Mimo's knowledge was earned,
not scraped.

Ready to work with
your engineer?