Palletizing
We configure stable robotic palletizing systems around package dimensions, load condition, stacking patterns and target cycle time.
- Pattern and cycle review
- Gripper and conveyor integration
SOLUTIONS
Automation solutions that begin with the process challenge
We integrate robots, vision, control and peripheral equipment around production goals and site conditions.
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Robot Automation
Industrial Robot Automation
We integrate industrial robots and peripheral equipment to automate repetitive work and production processes.
- Handling
- Assembly
- Machine Tending
- Palletizing
Process Automation
Process Automation
We build robot-based systems for welding, cutting, beveling, grinding and polishing processes.
- Welding
- Cutting
- Bevel
- Grinding
- Polishing
Vision & Inspection
Vision & Inspection
We connect 2D·3D vision and measurement technologies with robots and production equipment.
- 2D Vision
- 3D Vision
- Robot Guidance
- Measurement
Control & Smart Factory
Control & Smart Factory
We connect PLC, motion, HMI and production data to integrate equipment operation and monitoring.
- PLC
- Motion
- HMI
- Factory Network
- Data
APPLICATION SOLUTIONS
Automation engineered around the work, not the equipment.
Each solution begins with the production target and process condition. Robotics, vision, control and peripheral equipment are then selected and integrated as one working system.
Welding Automation
Robot paths, welding conditions, positioners and safety equipment are integrated around weld position, material and joint geometry.
- Path and parameter optimization
- Positioner and fume extraction integration
Cutting & Beveling
Cut paths, bevel angles, torch height and extraction are engineered around material geometry, thickness and downstream operations.
- Geometry-based cutting paths
- Torch height and bevel quality control
Grinding & Polishing
Tooling, contact force, robot posture and dust extraction are configured around the material and target surface finish.
- Force and compliance control
- Surface quality and dust management
Assembly & Handling
Feeders, fixtures, grippers and sensors are connected into one cell based on part geometry, assembly accuracy and supply method.
- Part feeding and orientation
- Assembly verification and interlocks
2D & 3D Vision
Cameras, lenses, lighting and 3D sensors are selected to capture position, shape and height data at the required accuracy.
- Optics and lighting design
- Shape and height data processing
Robot Guidance
Vision coordinates are calibrated to the robot frame so randomly oriented parts can be located, oriented and picked reliably.
- Camera-to-robot calibration
- Bin picking and pose correction
Inspection & Measurement
Dimensions, surface defects and assembly state are automatically evaluated and linked to traceability and sorting processes.
- Dimensional and visual inspection
- Result and traceability integration
PLC & Smart Factory
PLC, HMI, motion, safety networks and production data are connected for integrated control and operational visibility.
- PLC, HMI and motion integration
- Equipment networks and production data
SYSTEM DESIGN
One system begins with connected design disciplines.
Electrical and control design defines how the system operates, while mechanical and hardware design defines how it is built. IIEMAC develops both as one automation architecture.
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Electrical & Control Design
Power distribution, control panels, I/O, safety circuits, networks and interlocks are designed around the operating requirements of the process.
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Mechanical & Hardware Design
Equipment layout, frames, robot grippers and end-of-arm tooling (EOAT), fixtures, safety fencing and maintenance access are designed around real installation conditions.
INTEGRATED ENGINEERING
Real production is the standard for our technology.
IIEMAC designs around each customer's process conditions and production targets. Electrical, control, mechanical and hardware design connect PLC, robotics, vision and software into a production-ready automation system.
Robotics
Robot System Integration
We analyze process conditions and production targets, select the right industrial or collaborative robot, and integrate tooling, jigs and peripheral equipment into one automation cell.
Integrated ApplicationFrom process analysis and robot selection to mechanical and electrical design, programming, installation and commissioning, we deliver a consistent engineering workflow.
Vision & Inspection
Vision & Inspection Technology
We apply 2D·3D vision to inspection, measurement and robot-guidance processes that recognize product position, shape and condition.
Integrated ApplicationCamera and lighting selection, imaging validation, coordinate calibration, decision logic and production-equipment communication are configured together.
Control & Motion
Control & Motion Systems
PLC, motion, HMI and safety control integrate operating signals and process sequences across robots and production equipment.
Integrated ApplicationElectrical design, control-panel fabrication, PLC and HMI programming, equipment communication and interlock validation create a stable operating environment.
Robot Digital Engineering
Robot Digital Engineering
CAD/CAM data and robot simulation are used to evaluate robot feasibility, collisions, paths and cycle time before physical production begins.
Integrated ApplicationRobotmaster-based offline programming reduces on-site teaching and validates complex machining and cutting paths in advance.
START A PROJECT
Need to assess whether your process can be automated?
We review your production process and requirements to define a suitable system architecture.