Can Flux check stock and price for parts?

Stock and price checks, and part swaps when a part is not available.

Can Flux simulate rugged enclosures and mounts?

Thermal and mechanical simulation for rugged enclosures and mounts.

Can Flux design internal wiring harnesses?

The AI engineer designs and manages the full harness between boards, connectors, and devices inside the product.

Industrial products that last. Redesigns that don't take months.

Flux keeps many product versions current, and swaps parts when the supply changes.

Start Building Browse Demos

NF Dual Output Buck board between its two enclosure halves in the Flux 3D view

ESP32 x86 PC

An ESP32-based x86 computer board, placed and routed in Flux.

ESP32 · X86 · ROUTED LAYOUT

Open project →

Board layout of a GNSS receiver (MAX2771) with a Ti375 FPGA in a BGA package, with dense fan-out routing, in Flux.

GNSS receiver with an FPGA

A MAX2771 GNSS receiver with a Ti375 FPGA in a BGA package, with dense fan-out routing.

MAX2771 · TI375 FPGA · BGA

Modbus RS-485 controller

An ESP32 controller with a MAX3485 transceiver and headers for sensors and actuators.

ESP32 · MAX3485 · MODBUS RTU

Open reference design →

Brainstorm.

Scope the I/O, sensors, radios, and power your system needs.
Get a Project Spec your team can review and sign off.
Set the enclosure size, mounting, and connector positions alongside the electronics.

Design.

Parts picked for your supply voltage, I/O, and availability.
Design rule, safety, and regulatory checks run as Flux designs.
Enclosure, mounts, and wiring harness designed around the board in the same project.

Make it real.

Cost and lead time on every part before you order.
Manufacturing files and a field-ready enclosure, ready to send.
Stress-checked enclosure and mounts, with STEP files for your CAD tools.

Bill of materials with stock and pricing

Redesigns when the supply changes.

When a part goes end of life, Flux finds parts with the same fit and function that are in stock, and updates the schematic and the board.

STM32 current-loop firmware that Flux wrote and compiled

Firmware for the field.

Flux writes the firmware for the board it designed, builds it, and runs unit tests.

Many product versions, kept current.

One project holds the board, the enclosure, the harness and the firmware for each version. Flux updates all of them when a shared part changes.

Rugged field units.

Flux runs stress, thermal, circuit and electromagnetic simulation before you build.

Bring old designs back to life.

Import Altium, OrCAD, Xpedition, CADSTAR, Eagle, Fusion Electronics, and KiCad projects. The AI engineer reads the old design, fixes it, and updates it.