Pilot Program Ready

Stop Crashing
Six-Figure
Equipment.

Industrial-grade robotic training platforms with real PLC integration. A fraction of the cost. Zero production risk.

UMX Robotics 3D-printed industrial training robot
<€500
Per unit BOM cost
3-Axis
Defined kinematics
PLC
Siemens & Beckhoff
01 — The Liability

The True Cost of Training
on Production Equipment

€25K–€150K+
Cost per industrial robot arm
€5K–€20K
Average crash repair bill
Weeks
Downtime per major incident

Current Industry Risk

Catastrophic Repair Costs

A single collision or misconfiguration on a production robot costs €5,000–€20,000 in repairs and weeks of lost productivity.

Production Halts

Training on live equipment means production lines stop. Every hour of training is an hour of lost output.

Insufficient Hands-On Time

Risk aversion limits junior engineers to observation. Simulation alone does not build commissioning skills.

The UMX Platform

Fraction of the Cost

Deploy a training unit at every workstation. Damaged part? 3D-print a replacement in hours.

Zero Production Impact

Train offline on dedicated platforms. Your production line never stops.

Real PLC Integration

Modbus TCP/RTU today. Siemens PROFINET and Beckhoff EtherCAT compatibility in development.

<€500
vs.
€25K–€150K+
UMX Platform vs. Industrial Robot Arm
Full training capability at a fraction of the hardware cost.
02 — Controller Integration

Real PLC Protocols.
Real Training Environments.

Current firmware supports Modbus TCP/RTU over WiFi and Serial. Industrial protocol integration is actively in development.

Modbus TCP / RTU

WiFi · Serial
Active
Protocol
Modbus TCP / RTU
  • Modbus TCP over WiFi
  • Modbus RTU over Serial
  • Any Modbus-compatible controller
  • Shipping in current firmware

Siemens

S7 / TIA Portal
In Development
Protocol
PROFINET
  • TIA Portal programming environment
  • Ladder Logic, SCL, Function Blocks
  • PROFINET or Modbus TCP gateway
  • Standard Siemens plant workflow

Beckhoff

TwinCAT 3 / EtherCAT
In Development
Protocol
ADS Protocol
  • TwinCAT 3 IDE compatibility
  • Structured Text & Motion Control
  • EtherCAT / ADS protocol support
  • Real-time I/O operations

Compatibility Note: If your controller speaks Modbus, you can communicate with UMX platforms today. PROFINET and EtherCAT/ADS support are under active development for the v1.0 release.

03 — Hardware Specifications

Engineered for Precision.
Built for Resilience.

Parameter
Specification
Detail
MCU
Arduino Nano ESP32 (S3)
Dual-core · WiFi-enabled
Drive System
3× NEMA17 Steppers
TMC2209 v1.3 · SpreadCycle
Arm 1 — Base
150 mm reach
20:1 planetary gearbox
Arm 2
150 mm reach
4:1 belt drive
Z-Axis
140 mm travel
Rack & pinion · ø60 mm
End Effector
SG90 Servo Gripper
Configurable grip force
Safety
Auto-Homing
Limit switches · all axes
Communication
Modbus TCP/RTU
WiFi · Serial · PLC planned
Frame
PLA / PETG
3D-printed · field-replaceable
3D-Printed Frame
Replacement parts in hours, not weeks
Open Architecture
Fully documented interface protocol
WiFi-First
No cables, no clutter on the workbench
04 — Development Roadmap

Development Pipeline.
Full Transparency.

v0.1Completed

Initial Prototype

First functional 3D-printed robot arm. Proof of concept with basic stepper control, Modbus TCP/RTU communication, and manual serial commands.

v0.2In Development

Hardware Redesign

Complete 3D-printed component redesign. Professional Stepperonline motors. Closed-loop encoder feedback, on-board diagnostics display, and web-based control interface.

Intermediate releases (v0.3 – v0.9) may ship before v1.0

v1.0Planned

PLC Integration Release

Full Siemens S7 (TIA Portal / PROFINET) and Beckhoff TwinCAT 3 (EtherCAT / ADS) support. The release that qualifies the platform for industrial training environments.

v1.1Planned

Program Persistence

Save and load motion programs to on-board storage. Pre-built training exercises and reusable curriculum routines for structured education.

Intermediate releases (v1.2 – v1.9) may ship before v2.0

v2.0Future

Vision System

Integrated camera module with object recognition. Pick-and-place with visual feedback, covering machine vision within the training platform.

05 — Recognition

Certified Innovation.

Our approach to industrial automation training has earned recognition from leading technology and innovation organizations.

Certification

Certified Innovative Idea

Officially recognized and certified as an innovative concept by TLL Bulgaria, validating our approach to accessible industrial automation training.

Read the feature
Exhibition

Recognized at Robodays

Presented and recognized at the Robodays exhibition, demonstrating our platform's viability to industry professionals and automation experts.

06 — Get in Touch

Request a Pilot Unit.

For training labs, technical universities, and automation professionals.

Pilot Program Access

Be among the first organizations to deploy UMX training platforms.

Institutional Pricing

Coming Soon

Volume configurations for universities and training academies.

edu.umx-robotics.com

Partnership Opportunities

Integration partnerships, co-development, and pilot program proposals.

Recognition
Certified Innovative Idea — TLL Bulgaria
Recognized at Robodays Exhibition

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