KraftX Lab
WHAT WE OFFER

Three disciplines. One studio.

Hardware, software, and mechanical engineering — combined into whatever shape your problem actually needs. Below is the full service surface.

01 / HARDWARE

Hardware

From first schematic to validated board. We design and manufacture custom electronics for product, lab, and field environments.

Circuit Design

Analog and digital circuit design driven by measurement, not guesswork.

  • Analog signal conditioning
  • Power supply topologies
  • High-speed digital interfaces
  • Schematic capture and review

Embedded Systems

Firmware on bare metal and RTOS for sensors, controllers, and connected devices.

  • STM32, ESP32, RP2040 firmware
  • Bluetooth, Wi-Fi, LoRa connectivity
  • Low-power and battery design
  • OTA update pipelines

PCB Design

Production-ready multilayer PCBs with full BOM, gerbers, and assembly drawings.

  • 2 to 8 layer layouts
  • Impedance-controlled routing
  • DFM and DFA review
  • Prototype assembly handoff
02 / SOFTWARE

Software

Modern software that respects the engineering underneath — from infrastructure to interface to inference.

IT Support

Hands-on engineering support for teams that need reliability without overhead.

  • System administration
  • Cloud and on-prem deployment
  • Backup and recovery
  • Ongoing maintenance contracts

Networking

Wired, wireless, and VPN setups designed for capacity and security.

  • Office and warehouse buildouts
  • VLAN and firewall configuration
  • Site-to-site VPNs
  • Monitoring and alerting

UI & UX

Interfaces that feel inevitable — clean visual systems and front-ends that ship.

  • Web and mobile UI
  • Design systems and tokens
  • Prototyping and user testing
  • Production front-end code

Machine Learning & Deep Learning

Classical ML and deep learning pipelines, trained, deployed, and monitored.

  • Computer vision and pose estimation
  • Time-series and sensor fusion
  • Training and fine-tuning
  • Inference deployment (edge and cloud)
03 / MECHANICAL

Mechanical

From CAD model to physical part — design and fabrication services for enclosures, brackets, and prototypes.

3D Design

Parametric CAD for parts, enclosures, and assemblies.

  • Mechanical CAD (Fusion 360, SolidWorks)
  • Enclosure and bracket design
  • Tolerance and fit analysis
  • Manufacturing drawings

3D Printing

FDM and resin printing for functional prototypes and small runs.

  • FDM in PLA, PETG, ABS, TPU
  • High-resolution resin printing
  • Post-processing and finishing
  • Short-run production

Machining (CNC, Lathe)

Subtractive manufacturing for metal and plastic parts that need real tolerances.

  • CNC milling
  • Lathe turning
  • Aluminum, brass, steel, plastics
  • Prototype to small batch
INVESTMENT TIERS

Investment Tiers

We offer flexible engagement models tailored to your project's technical depth and scale.

Electrical Design

Starting at 500 QAR

Pure electrical engineering focusing on blueprints and distribution.

  • Wiring diagrams & schematics
  • Component selection & sourcing
  • Load calculations
  • Power distribution mapping
Get a Blueprint

Edge Electronics

1,000 – 3,000 QAR

Hardware assembly and custom firmware for local device intelligence.

  • Module-based assembly
  • Custom firmware (C++/Python)
  • Local sensor integration
  • Handheld or station prototypes
Build a Device

Integrated Systems

3,000 – 15,000 QAR

The "Triple Threat" — Hardware, AI/Vision, and Mechanical design.

  • Computer Vision & Edge AI
  • Custom mechanical CAD
  • Sensor fusion & processing
  • Functional enclosures
Design a System

Full Product Lifecycle

Custom Quote (15,000+ QAR)

Complete market-ready development from R&D to custom PCB and support.

  • Custom PCB Design (DFM)
  • Full-stack Web/Cloud App
  • In-depth R&D phase
  • 1 Year maintenance & support
Launch a Product
FAQ

Technical Q&A

Everything you need to know about our engineering process and commercial terms.

We specialize in R&D and low-volume production (1-100 units). For mass manufacturing, we provide 'Design for Manufacturing' (DFM) files and can bridge the gap by consulting with your chosen factory to ensure a smooth transition.
Simple electrical designs or 3D prints can take 3-7 days. Integrated systems or full product development cycles typically range from 4 to 12 weeks depending on complexity and component availability.
Yes. We often perform 'rescue missions' or upgrades for existing products. We can audit your current electronics or software and provide a roadmap for optimization or feature expansion.
Our 'Full Product' tier includes 1 year of maintenance. For other tiers, we offer optional Lab Retainers for ongoing support, firmware updates, and cloud monitoring.

Need a custom mix??

Most of our projects span more than one discipline. Tell us the problem — we'll pick the right combination.

Start a project