Machine tending
Automated loading and unloading for CNC, machining and production equipment.
INDUSTRIAL ROBOTICS / SYSTEM 01
Automation
that moves
industry forward.
Intelligent robotic systems engineered for precision, speed and continuous production.
TARGET
UNITAX-01
MODE● ONLINE
TRACKREADY
MOVE TO CONTROL ⌁
BUILT AROUND YOUR PROCESS
01Robotics
02Machine automation
03Vision systems
04Controls & integration
01 / SOLUTIONS
Automation built
for production.
From repetitive handling to complex inspection, we design robotic cells around the process—not the other way around.
Pick & place
High-speed robotic handling for repetitive production tasks.
Palletizing
Reliable end-of-line handling, stacking and material movement.
Welding
Consistent robotic welding for demanding production environments.
Assembly
Precision automation for repeatable and complex assembly workflows.
Inspection
Machine-vision workflows for quality control and defect detection.
02 / INDUSTRIES
Engineered
for industry.
03 / TECHNOLOGY
The intelligence
behind the motion.
Robotics, machine vision and controls integrated into one production-ready architecture.
01ROBOTICSPrecision motion
02VISIONMachine perception
03CONTROLReal-time decisions
04PRODUCTIONMeasured output
AI-READY ARCHITECTURE
From programmed
to intelligent.
Build automation around machine perception, adaptive control and data-driven production workflows.
CAMERA→VISION→DECISION→ROBOT→ACTION
04 / ROBOT LAB
See the system
in motion.
SIMULATION ACTIVE
INTERACTIVE MOTION / 2D MAP
DRAG / MOVE POINTER
X 0842
Y 0317
POSE 072
AXION
MOTION CONTROL
MOTION CONTROL
CONFIGURATION6-AXIS
CONTROLREAL-TIME
INTERACTION2D MOTION MAP
STATUSONLINE
01
Move across the field to explore the recorded motion path. The interface maps pointer position to the closest robot pose while preserving motion continuity.
DISCUSS AN APPLICATION ↗05 / ENGINEERING PROCESS
One process.
One engineered system.
From first assessment to commissioning, every system is designed around measurable production outcomes.
01↗
Discover
Understand the process, bottleneck and production constraints.
02↗
Design
Model the automation architecture, cell and control strategy.
03↗
Integrate
Connect robotics, vision, safety, controls and machine interfaces.
04↗
Commission
Install, test and validate the production-ready system.
05↗
Optimize
Measure performance and continuously improve the workflow.
SYSTEM / 001
06 / APPLICATION
Automating
the bottleneck.
Replace repetitive manual handling with a robotic workflow designed for consistent cycles, controlled quality and scalable production.
BEFOREMANUAL HANDLINGVariable cycle time / operator dependency
AFTERROBOTIC HANDLINGConsistent cycles / continuous operation
07 / START A PROJECT
Have a process
worth automating?
Tell us what you want to automate. Our engineering team can evaluate the process and define the right automation path.
Start an automation project ↗