Advanced OEM Machine Automation Solutions
Complete automation engineering for OEMs and machine builders — from PLC, HMI and electrical control panels to high-performance servo motion, robotics, machine vision, safety, industrial communication, data acquisition and IIoT connectivity.
From Machine Concept to Production-Ready Automation
Neo Technologies provides automation engineering support for OEMs developing new machines, special purpose machines, production equipment and complete automated systems.
Our machine automation approach combines electrical controls, PLC software, operator interfaces, servo motion, drives, sensors, pneumatics, industrial networks, machine safety, robotics and digital connectivity into one coordinated control architecture.
- PLC hardware selection & programming
- HMI development
- Servo motion control
- VFD and motor control
- Control panel engineering
- Machine sequence programming
- Robotics integration
- Machine vision integration
- Industrial communication
- Safety control systems
- Remote diagnostics
- IIoT / Industry 4.0 integration
Complete OEM Automation Architecture
One coordinated automation platform can control machine sensors, actuators, motion axes, drives, safety devices, operator interfaces, inspection systems and production connectivity.
Photoelectric
Encoders
Remote I/O
Sequence
Control
VFD
Robot
Diagnostics
Data
Engineering Services for Machine Builders
Support can cover a complete machine automation package or individual engineering activities depending on the OEM's requirements.
PLC Programming
Development of structured machine control software including automatic sequences, manual operations, interlocks, timers, counters, recipes, fault handling and diagnostics.
HMI Development
Modern operator interfaces with machine overview, manual controls, recipes, alarms, production counters, maintenance pages, diagnostics and user access levels.
Servo Motion Control
Position, velocity, torque, indexing, electronic gearing, cam profiles, synchronized axes and coordinated machine motion.
VFD Integration
Variable speed control for conveyors, pumps, fans, feeders, rollers, spindles and machine mechanisms.
Electrical Engineering
Electrical architecture, power calculations, control circuits, I/O design, wiring diagrams, terminal plans and BOM preparation.
Control Panel Engineering
PLC panels, servo panels, VFD panels, operator consoles, machine control cabinets and remote I/O panels.
Machine Vision
Camera integration for inspection, presence verification, orientation, measurement, barcode reading, OCR and reject control.
Robotics Integration
Integration of industrial robots and cobots for handling, assembly, loading, unloading, palletizing and machine tending.
IIoT & Remote Monitoring
Machine production data, alarm history, condition monitoring, remote dashboards and integration with plant-level systems.
Automation for Different Types of OEM Machines
Automation platforms can be developed for standalone machines, special purpose equipment and complete integrated production systems.
Machines & Equipment We Can Automate
Automation engineering can be adapted to the mechanical architecture, cycle-time requirement and process requirements of each OEM machine.
Packaging Machines
Filling, sealing, wrapping, pouching, cartoning and labeling.
Assembly Machines
Component insertion, fastening, pressing and automated assembly.
SPM Machines
Special purpose equipment engineered around dedicated manufacturing operations.
Conveyor Systems
Belt, roller, chain, indexing, transfer and sorting conveyors.
Pick & Place
Servo, pneumatic and robotic material handling systems.
Filling Machines
Liquid, powder, granule and volumetric filling systems.
Cutting Machines
Automated length control, positioning, cutting and feed systems.
Winding Machines
Tension, speed, traverse and synchronized winding control.
Printing Machines
Web handling, registration, tension and synchronized motion.
Inspection Machines
Vision inspection, measurement, sorting and rejection systems.
Testing Machines
Leak, pressure, electrical, functional and end-of-line testing.
Press Machines
Servo press, hydraulic press and pneumatic pressing applications.
Machine Tending
Automated loading and unloading of CNC, VMC and production machines.
Palletizing Systems
Robotic stacking, pallet handling and end-of-line automation.
Material Handling
Transfer systems, elevators, feeders, lifters and positioning equipment.
Process Skids
OEM packaged process equipment with integrated PLC and HMI control.
Servo & Advanced Motion Control
Modern OEM machines increasingly require precise, high-speed and synchronized mechanical motion.
Servo systems can coordinate multiple axes for accurate positioning, registration, indexing and synchronized machine operation.
- Absolute and relative positioning
- Multi-axis synchronization
- Electronic gearing
- Electronic camming
- Rotary indexing
- Flying cut applications
- Registration control
- Torque control
- Speed synchronization
- Recipe-based motion parameters
- Encoder feedback
- High-speed EtherCAT motion
Robots as Part of the Machine — Not a Separate Island
Integrate robots with PLC logic, machine safety, conveyors, vision systems, fixtures and production sequences to create one coordinated automated machine.
- Pick-and-place
- Machine tending
- Component loading
- Assembly automation
- Sorting
- Palletizing
- Vision-guided robotics
Automated Inspection & Quality Control
Vision technology can become part of the machine control sequence rather than operating as an isolated inspection system.
Presence Detection
Verify components before the machine proceeds to the next operation.
Orientation
Confirm component position and orientation before assembly.
Dimensional Inspection
Inspect critical dimensions and product geometry.
Barcode / QR
Identify products and link machine operations with traceability data.
OCR / OCV
Read and verify printed characters, batch codes and labels.
Defect Inspection
Identify visible defects and trigger automatic rejection.
Robot Guidance
Provide location and orientation data for robotic handling.
Traceability
Associate inspection results with serial numbers and production records.
Smart HMI for Machine Operators & Maintenance Teams
A well-designed HMI should make a machine easier to operate, set up, diagnose and maintain.
- Machine overview
- Automatic / manual operation
- Jog controls
- Recipe management
- Production counters
- Cycle-time monitoring
- Alarm history
- Fault diagnostics
- Maintenance screens
- Servo position settings
- User login levels
- Multi-language interface
Safety Integrated into the Automation Architecture
Machine safety should be considered together with machine controls, mechanical hazards and the required operating modes.
Emergency Stop
Emergency stopping circuits and monitored safety architecture.
Safety Doors
Guard-door switches, locking systems and safety interlocks.
Light Curtains
Personnel protection around hazardous machine zones.
Safety PLC
Programmable safety control for complex machinery.
STO
Safe Torque Off integration with servo and variable-speed drives.
Safety Relays
Monitoring emergency stops and machine safety devices.
Safe Motion
Application-dependent safe motion and drive functions.
Diagnostics
Clear indication of safety faults and interlock status.
Industrial Communication Protocols
Connect PLCs, servo drives, VFDs, remote I/O, robots, vision systems and plant networks.
Build Machines That Can Communicate
OEMs can add data acquisition and connectivity capabilities to make machines easier to support and integrate into modern factories.
Remote Diagnostics
Authorized engineers can diagnose machine status and faults without always requiring an immediate site visit.
Production Monitoring
Collect machine counts, cycle times, operating hours, reject quantities and downtime information.
Alarm Analytics
Record machine faults to identify repetitive causes of downtime.
OEE Data
Provide the machine data required for availability, performance and quality analysis.
Condition Monitoring
Monitor motors, drives and machine operating parameters for maintenance applications.
MES / ERP Connectivity
Exchange production and machine information with higher-level manufacturing systems where required.
More Than PLC Programming
Neo Technologies can support machine builders through different stages of machine development and product standardization.
Concept Development
Review machine sequence, I/O requirements, motion requirements and automation architecture.
Component Selection
Selection of PLC, HMI, servo, VFD, sensors, I/O and communication hardware.
Electrical Design
Machine electrical schematics, panel architecture, BOM and wiring documentation.
Software Development
PLC, HMI, servo, communication and machine diagnostic software.
Prototype Machine
Automation development and debugging during the first machine build.
Machine Standardization
Develop reusable PLC blocks, HMI templates and electrical standards.
Cost Optimization
Review automation architecture and hardware requirements for repeat-production machines.
Retrofit
Modernize obsolete controllers, drives, HMIs and machine electrical systems.
Commissioning Support
Machine testing, debugging, site startup and production stabilization.
OEM Machine Automation Project Lifecycle
Requirement
Understand machine and process.
Architecture
Select automation platform.
Engineering
I/O, electrical and motion design.
Programming
PLC, HMI, motion and communication.
Integration
Connect sensors, drives and equipment.
FAT
Test sequences and machine functions.
Commissioning
Startup, optimization and handover.
OEM Project Deliverables
I/O List
Complete machine signal database.
Electrical Drawings
Power and control schematics.
Panel GA
Control cabinet layout.
BOM
Automation and electrical components.
PLC Backup
Final machine program.
HMI Backup
Operator interface application.
Parameter Backup
Servo and drive parameters.
Operating Manual
Machine operation documentation.
Inside Modern OEM Automation
Engineering Focused on the Complete Machine
The automation system should support machine performance, operator usability, maintenance and repeat manufacturing.
Multi-Technology
PLC, HMI, drives, servo, networking, vision and robotics.
OEM Focused
Automation engineering designed around machine-builder requirements.
Scalable
Architecture suitable for basic machines through advanced multi-axis systems.
Lifecycle Support
Development, commissioning, retrofit and machine support.
Building a New Machine?
Send us your machine concept, sequence of operation, I/O requirements, electrical drawings or existing automation architecture. We can help develop the PLC, HMI, motion, control-panel and connectivity solution for your OEM machine.
Discuss Your OEM Automation RequirementOEM Machine Automation – Frequently Asked Questions
What is OEM machine automation?
OEM machine automation involves integrating controllers, operator interfaces, sensors, drives, motion systems and other automation technologies into machines manufactured by original equipment manufacturers.
Can you provide only PLC programming for our machine?
Yes. Automation support can cover individual activities such as PLC programming or a complete package including electrical design, HMI, motion control, panel engineering and commissioning.
Can servo motors be integrated into our machine?
Yes. Servo systems can be integrated for positioning, indexing, synchronized motion, electronic gearing and other precision motion applications.
Can robots be integrated with PLC-controlled machines?
Yes. Robots can exchange commands, status and safety information with the machine controller and can be coordinated with conveyors, fixtures, vision systems and other machine equipment.
Can you automate special purpose machines?
Yes. Special purpose machines can be engineered with PLC, HMI, servo, VFD, sensors, pneumatics, vision, robotics and industrial communication depending on the application.
Can old machines be retrofitted?
Yes. Existing machines can be evaluated for PLC, HMI, drive, servo and electrical-control modernization.
Can machine data be connected to a factory SCADA or MES?
Yes. Depending on the selected equipment and plant architecture, machine data can be exchanged using technologies such as OPC UA, industrial Ethernet or other supported protocols.
Do you provide commissioning?
Automation projects can include software testing, machine debugging, FAT, site commissioning, production trials and operator support.
Can the same automation design be standardized for multiple machines?
Yes. OEMs can develop standardized electrical architectures, PLC software libraries, HMI templates and parameter structures to support repeat machine manufacturing.