S
AssemblyStack
Printable Hardware Assemblies
🚀 Coming Soon • Help shape the first hardware libraries

Generate Printable Hardware Assemblies

Configure Raspberry Pi systems, Home Assistant dashboards, ESP32 enclosures, camera mounts and much more.

Instead of downloading dozens of unrelated STL files, generate a complete hardware assembly that actually fits your equipment.

Parametric
Engineering Templates
STEP + STL
Assembly Guide
Automatic BOM
Join Early Access View Examples
STEP
Editable CAD
STL
Ready to Print
BOM
Complete Hardware List
Raspberry Pi 5 Server
Printable Hardware Assembly
Preview
Cooling Fan ✓
Top Cover ✓
Raspberry Pi 5 ✓
NVMe SSD ✓
Mounting Bracket ✓
Base Plate ✓
Generated Output
STEP
STL
BOM
Guide
Why AssemblyStack

Everything You Need to Go From Idea to Print

AssemblyStack combines engineering templates, parametric configuration and AI-assisted assembly generation to eliminate repetitive CAD work.

⚙️

Parametric Templates

Start with proven engineering templates instead of empty CAD projects.

  • ✓ Wall mounts
  • ✓ Enclosures
  • ✓ Racks
  • ✓ Camera housings
🤖

AI Configuration

AI helps configure assemblies using reusable engineering rules instead of generating random geometry.

  • ✓ Hardware aware
  • ✓ Dimension validation
  • ✓ Compatible components
  • ✓ Manufacturing rules
🧩

Complete Assemblies

Download everything required to build your project, not just one STL file.

  • ✓ STEP files
  • ✓ STL files
  • ✓ Bill of Materials
  • ✓ Assembly Guide
Built for Real Hardware

Stop Downloading Individual STL Files

Building a Raspberry Pi server, Home Assistant dashboard or ESP32 weather station often means downloading multiple unrelated models and hoping they fit together. AssemblyStack generates an integrated printable assembly designed for your hardware.

✓
Designed around real hardware
✓
Configurable dimensions
✓
Reusable engineering knowledge
✓
Automatic hardware compatibility
✓
Ready for 3D printing
✓
Built from validated templates
Workflow

From Hardware Selection to a Printable Assembly

AssemblyStack replaces repetitive CAD work with reusable engineering templates and intelligent configuration.

Select Your Hardware

Choose the hardware you want to build around.

Raspberry Pi 5 ESP32 Arduino Home Assistant Reolink Camera Mini PC
Example
Raspberry Pi Home Server
✓ Raspberry Pi 5
✓ NVMe SSD
✓ Active Cooling
✓ Wall Mount

Configure the Assembly

Select mounting options, cooling, dimensions and accessories. 

Cooling      Active
Storage      NVMe SSD
Mounting     Wall
Material     PETG
Color        Black
Cable Exit   Bottom

AI Builds the Assembly

AssemblyStack combines reusable engineering templates with design rules to build a complete printable assembly.

  • ✓ Compatible hardware
  • ✓ Validated dimensions
  • ✓ Manufacturing rules
  • ✓ Parametric components
Top Cover
Cooling Fan
Raspberry Pi
SSD Mount
Base Plate

Download Everything

Receive everything needed to print, assemble and modify your project.

STEP Files
STL Files
Bill of Materials
Assembly Guide
Print Settings
Hardware List
Hardware Libraries

Ready-to-Configure Printable Assemblies

Every library contains reusable engineering templates, configurable components and validated hardware layouts.

⚙️
Assembly Preview

Raspberry Pi Server

Planned

Generate wall mounted or desktop Raspberry Pi servers with cooling, NVMe storage and cable routing.

Pi 5 NVMe Fan Wall Mount
Includes STEP • STL • BOM
⚙️
Assembly Preview

Home Assistant Dashboard

Requested

Tablet wall mounts with hidden power routing and customizable mounting systems.

Tablet Wall Mount Power Cable Guide
Includes STEP • STL • BOM
⚙️
Assembly Preview

ESP32 Weather Station

Planned

Indoor and outdoor sensor enclosures with optional solar power and ventilation.

ESP32 BME280 SCD41 Solar
Includes STEP • STL • BOM
⚙️
Assembly Preview

PoE Camera Housing

Coming Soon

Outdoor camera housings with adjustable mounting angles and weather protection.

PoE Wall Pole Sun Shield
Includes STEP • STL • BOM
⚙️
Assembly Preview

DIN Rail Controller

Planned

Industrial enclosures for PLCs, relays and automation hardware.

DIN Rail Relays Terminals Cooling
Includes STEP • STL • BOM
⚙️
Assembly Preview

Mini NAS

Planned

Compact NAS enclosures with SSD support, cooling and stackable designs.

Mini PC SSD Fan Rack
Includes STEP • STL • BOM
A Better Workflow

Stop Building One Part at a Time

Most hardware projects require multiple printable parts, hardware components and manual modifications before everything fits together.

❌

Traditional Workflow

Repeating the same engineering work

✕
Search for enclosure
✕
Search for wall mount
✕
Search for cable guides
✕
Download multiple STL files
✕
Modify parts in CAD
✕
Hope everything fits
✕
Create your own BOM
✕
Repeat for the next project
✅

AssemblyStack Workflow

Generate complete printable assemblies

✓
Select your hardware
✓
Choose configuration options
✓
AI assembles compatible components
✓
Generate printable assembly
✓
Download STEP & STL
✓
Receive complete BOM
✓
Follow assembly guide
✓
Print and build

Configurable

Every assembly adapts to your hardware instead of forcing you to modify fixed STL files.

Engineering Templates

Built from reusable engineering knowledge rather than random AI-generated geometry.

Complete Deliverables

Receive CAD, printable files, BOM and documentation in one package.

Designed to Scale

Build simple enclosures today and complex multi-device systems tomorrow.

Design the Assembly, Not Every Individual Part

AssemblyStack focuses on generating complete printable hardware systems using reusable engineering templates, allowing you to spend less time modeling and more time building.

Hardware Ecosystems

Start with the Hardware You Already Use

Every ecosystem contains reusable engineering templates, printable assemblies and hardware-aware configuration.

🍓
Highest Priority

Raspberry Pi

Printable hardware assemblies built around the Raspberry Pi ecosystem.

✓ Server Enclosures
✓ Rack Mounts
✓ Cluster Systems
✓ NAS Cases
✓ Camera Projects
✓ PoE Mounts
🏠
Planned

Home Assistant

Printable hardware assemblies built around the Home Assistant ecosystem.

✓ Dashboard Mounts
✓ Wall Tablets
✓ Smart Panels
✓ DIN Rail Boxes
✓ Control Stations
✓ Cable Management
📡
Planned

ESP32

Printable hardware assemblies built around the ESP32 ecosystem.

✓ Weather Stations
✓ Sensor Boxes
✓ Battery Cases
✓ Solar Enclosures
✓ Gateway Cases
✓ IoT Nodes
🔧
Community Requested

Arduino

Printable hardware assemblies built around the Arduino ecosystem.

✓ Project Boxes
✓ Robot Controllers
✓ Motor Drivers
✓ Educational Kits
✓ Display Cases
✓ Battery Holders
🌐
Planned

Networking

Printable hardware assemblies built around the Networking ecosystem.

✓ Switch Mounts
✓ Router Brackets
✓ Mini Rack
✓ Patch Panels
✓ Cable Guides
✓ PoE Accessories
⚡
Future

Industrial

Printable hardware assemblies built around the Industrial ecosystem.

✓ DIN Rail
✓ PLC Enclosures
✓ Terminal Blocks
✓ Sensor Mounts
✓ Control Panels
✓ Automation
Growing Platform

A Library That Grows With the Community

New hardware ecosystems, reusable engineering templates and printable assemblies will be added continuously based on community feedback.

Robotics
3D Printers
Drones
CNC
Home Automation
Laboratory
Audio
Smart Garden
Our Vision

From Printable Assemblies to an Engineering Platform

We are starting with configurable printable hardware, but our vision extends far beyond downloadable STL files.

Phase 0

Community Validation

Current

Discover which hardware ecosystems makers and engineers need the most.

Phase 1

Printable Assemblies

Next

Launch configurable Raspberry Pi, ESP32 and Home Assistant assemblies.

Phase 2

Engineering Libraries

Planned

Expand reusable templates for networking, robotics, industrial automation and smart home hardware.

Phase 3

AI Configuration

Future

Generate complete assemblies using engineering rules and reusable knowledge.

Phase 4

Community Marketplace

Vision

Allow engineers and makers to publish, share and monetize their own hardware libraries.

Long-Term Goal

Engineering Knowledge, Not Just Geometry

The true value isn't generating random CAD. It's capturing engineering knowledge in reusable, configurable templates that save hours of repetitive design work.

✓
Reusable engineering templates
✓
Configurable hardware ecosystems
✓
Automatic BOM generation
✓
Assembly documentation
✓
AI-assisted design configuration
✓
Community-driven hardware libraries
Frequently Asked Questions

Questions We Expect You'll Ask

AssemblyStack is still in development. Here's what you can expect from the platform.

Is AssemblyStack another STL repository? +
No. Instead of downloading fixed models, AssemblyStack generates configurable hardware assemblies based on reusable engineering templates.
Does AssemblyStack generate CAD with AI? +
Not in the traditional sense. AI helps configure proven engineering templates rather than creating random geometry. The goal is reliable, printable assemblies.
What files will I receive? +
Each assembly is planned to include STL files for printing, STEP files for editing, a Bill of Materials (BOM), and assembly instructions.
Can I modify the generated models? +
Yes. STEP files are intended to be included so you can continue editing them in your preferred CAD software.
Which hardware will be supported first? +
The first libraries will be chosen based on community feedback. Raspberry Pi, Home Assistant, ESP32 and networking equipment are our initial focus.
Will there be a free version? +
Yes. We plan to offer a free tier with selected assemblies alongside premium features for advanced users and businesses.
Can I request a new hardware library? +
Absolutely. Community requests will directly influence which ecosystems and assemblies are added next.
When will AssemblyStack launch? +
We're currently validating the idea and gathering feedback. Join the waitlist to receive updates and early access.

Still Have Questions?

We're building AssemblyStack together with the maker and engineering community. Tell us what hardware you'd like to see first.

Join the Early Access List
Early Access

Help Shape the First Hardware Libraries

AssemblyStack is currently validating which hardware ecosystems should be supported first. Your feedback directly influences what we build.

✓
Vote for the first hardware libraries
✓
Influence upcoming assemblies
✓
Get invited to the private beta
✓
Receive launch updates only
✓
No spam. Ever.

We only send occasional updates about the beta, new hardware libraries and launch announcements.