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Engineering Design and Industrial Automation Services
GMD Services provides comprehensive engineering solutions for custom machinery, industrial equipment, and automated production systems.
Our capabilities cover two core engineering disciplines: Mechanical Design Services and Industrial Automation Services. By combining mechanical engineering with electronics, embedded systems, and PLC programming, we help manufacturers, machine builders, system integrators, and engineering companies develop reliable solutions from initial concept through detailed design and implementation.
Whether you need support for an individual machine component, a complete custom machine, an automated production line, or an industrial control system, our engineering team can work as an extension of your internal resources.
Integrated Engineering Solutions for Industrial Projects
Modern industrial systems require more than mechanical design alone. Machine structures, motion systems, sensors, electrical controls, embedded devices, and automation software must work together as one coordinated system.
GMD Services supports this multidisciplinary development process by providing engineering capabilities across:
- Mechanical engineering and machine design
- Custom machinery and industrial equipment development
- Production line and factory automation
- Electrical and electronics design
- Embedded hardware and firmware development
- PLC, HMI, and industrial control programming
- Engineering documentation and manufacturing support
Clients can engage us for a complete engineering package or select an individual service that complements their existing development team.
Our Core Engineering Services
2.1 Mechanical Design Services
Our Mechanical Design Services help companies transform technical requirements, production challenges, and initial concepts into practical mechanical solutions ready for manufacturing.
We provide support throughout the mechanical development process, including concept design, engineering calculations, 3D CAD modeling, component selection, detailed manufacturing drawings, bills of materials, and design optimization.
Our engineers have experience developing custom machines, material-handling systems, lifting equipment, conveyors, automated workstations, jigs, fixtures, and special-purpose industrial equipment.
Mechanical Engineering Capabilities
Our mechanical engineering capabilities include:
- Concept development and mechanical engineering
- Custom machine design
- Industrial equipment design
- Automation machine design
- Packaging machine design
- Assembly machine design
- Conveyor system design
- Lifting system and material-handling equipment design
- Robotic cell mechanical design
- Pick-and-place system design
- Production line design
- Factory layout development
- Jigs, fixtures, and tooling design
- Sheet-metal and structural design
- Pneumatic and hydraulic system design
- 3D CAD modeling and assembly development
- Manufacturing drawings and BOM preparation
- FEA and motion simulation
- Design optimization and cost reduction
- Reverse engineering and design modernization
From Concept to Manufacturing Documentation
We can support a project from the earliest concept stage or join an existing project at a specific development phase.
A typical mechanical design scope may include:
- Reviewing technical requirements and operating conditions
- Developing machine concepts and evaluating possible solutions
- Creating the complete 3D machine assembly
- Selecting mechanical, pneumatic, and motion components
- Performing design calculations and engineering verification
- Preparing detailed 2D manufacturing drawings
- Creating bills of materials and purchased-component lists
- Supporting design reviews and manufacturing revisions
Our goal is to deliver clear, practical, and manufacturable engineering documentation that allows the client or their manufacturing partner to build the equipment efficiently.
Mechanical Design Software
Depending on project requirements, our engineers can work with industry-standard engineering software, including:
- Autodesk Inventor
- SolidWorks
- AutoCAD
- Inventor Nastran
- Other compatible CAD exchange formats
Project deliverables can include native CAD files, STEP models, DXF files, PDF drawings, BOM spreadsheets, calculation reports, and other agreed engineering documentation.
2.2 Industrial Automation Services
Our Industrial Automation Services focus on the electrical, electronic, embedded, and control technologies required to operate modern machines and production systems.
We develop automation solutions that connect sensors, actuators, motors, pneumatic devices, control panels, embedded controllers, PLCs, HMIs, and industrial communication networks.
These services can be delivered as part of a complete machine development project or as an independent engineering package for clients who already have the mechanical design.
Electronics Design Services
Our Electronics Design Services support the development of electronic control systems, dedicated controller boards, sensor interfaces, communication modules, and other application-specific electronic devices.
Our electronics engineering capabilities may include:
- Electronic system architecture
- Schematic circuit design
- PCB design and layout
- Power supply and power-management circuits
- Analog and digital circuit design
- Sensor and actuator interfaces
- Motor-control electronics
- Industrial input and output circuits
- Communication interface design
- Component selection
- Prototype design support
- Design review and troubleshooting
- Manufacturing documentation
- PCB assembly support
We consider the real operating environment of the product, including voltage levels, electrical noise, heat, available installation space, communication requirements, and compatibility with the wider machine or automation system.
Embedded Systems Development
Our Embedded Systems Services combine electronic hardware and firmware to create dedicated control solutions for machines, industrial devices, smart products, and monitoring systems.
Depending on the project, embedded systems can be used for local machine control, data acquisition, sensor processing, communication, motion control, equipment monitoring, or integration with a higher-level PLC or industrial network.
Our embedded development capabilities include:
- Embedded system architecture
- Microcontroller-based system development
- Firmware development
- Sensor data acquisition and processing
- Actuator and motor control
- Real-time control functions
- Industrial communication interfaces
- Device configuration and diagnostics
- Human-machine interface integration
- Prototype testing and debugging
- Hardware and firmware integration
- Optimization of existing embedded products
We can develop an embedded solution as a standalone device or as part of a larger industrial automation system.
PLC Programming and Industrial Control
Our PLC Programming Services help manufacturers and machine builders create reliable control systems for individual machines, robotic cells, material-handling equipment, and complete production lines.
Our automation engineers can support:
- PLC software architecture
- PLC programming
- HMI screen development
- Machine sequence programming
- Manual and automatic operating modes
- Alarm and diagnostic functions
- Safety logic coordination
- Servo and variable-frequency drive integration
- Sensor and actuator integration
- Pneumatic sequence control
- Industrial communication setup
- Remote I/O and IO-Link integration
- Machine commissioning support
- Existing PLC program modification
- Control-system troubleshooting
- Software documentation and backup preparation
The control program is developed around the actual machine sequence, operating conditions, safety requirements, maintenance needs, and operator workflow.
Electrical Design and Control Panel Engineering
In addition to PLC programming, we can support the electrical engineering required for industrial machines and automated systems.
The scope may include:
- Electrical system architecture
- Electrical schematics
- Control panel design
- Power and control circuit design
- PLC and remote I/O configuration
- Motor, drive, and protection-device selection
- Sensor and actuator wiring
- Terminal and cable schedules
- Control panel layout
- Electrical bills of materials
- Machine wiring documentation
- Control panel assembly support
- Electrical design review
This coordinated approach helps ensure that the selected electrical hardware, machine functions, and PLC software are compatible throughout the system.
Engineering Services for Complete Machine Development
For projects requiring multidisciplinary development, GMD Services can coordinate the mechanical and automation work as one integrated engineering package.
A complete solution may include:
- Machine concept development
- Mechanical structure and mechanism design
- Pneumatic or hydraulic circuit design
- Electrical and electronic system design
- Sensor and actuator selection
- PLC and HMI programming
- Embedded controller development
- Safety-system coordination
- 3D CAD models
- Manufacturing and assembly drawings
- Electrical drawings
- Bills of materials
- Software documentation
- Testing and commissioning support
This reduces the risk of interface problems between mechanical components, electrical hardware, electronics, and control software.
Industries and Applications
Our engineering services can support a wide range of industrial applications, including:
- Custom machinery
- Factory automation
- Assembly systems
- Packaging machinery
- Material-handling systems
- Conveyor systems
- Warehouse equipment
- Lifting and handling equipment
- Robotic work cells
- Pick-and-place systems
- Inspection and testing machines
- Manufacturing fixtures and tooling
- Process equipment
- Production lines
- Electrical control panels
- Industrial electronic devices
- Smart monitoring and control systems
Every project is developed according to its technical requirements, operating environment, production targets, available installation space, budget, and applicable standards.
Flexible Engineering Support
We understand that not every client requires the same level of support. Our services can be adapted to different project structures.
Complete Project Development
We develop the engineering solution from initial requirements through detailed design and final documentation.
Dedicated Engineering Support
Our engineers work as an extension of your internal engineering team for a defined period or project phase.
Individual Engineering Packages
Clients can engage us for a specific task, such as mechanical design, PCB development, electrical drawings, PLC programming, FEA, or manufacturing documentation.
Design Review and Improvement
We review an existing design, identify technical risks, and recommend improvements related to functionality, manufacturability, reliability, safety, maintenance, or cost.
Our Engineering Process
Step 1 – Requirement Review
We review the product, machine function, production capacity, operating environment, technical constraints, preferred components, applicable standards, and required deliverables.
Step 2 – Scope and Technical Proposal
The project is divided into clearly defined engineering tasks, milestones, deliverables, responsibilities, and review stages.
Step 3 – Concept Development
Our engineers develop and evaluate suitable mechanical, electrical, electronic, embedded, or control-system concepts.
Step 4 – Detailed Engineering
The selected concept is developed into a complete engineering solution, including CAD models, circuits, component selections, software, and technical documentation.
Step 5 – Design Review
The client reviews the engineering output at agreed milestones. Comments and technical feedback are incorporated into the design.
Step 6 – Final Documentation
We deliver the agreed source files and documentation, which may include 3D models, manufacturing drawings, schematics, BOMs, firmware, PLC programs, HMI files, and technical reports.
Step 7 – Manufacturing and Implementation Support
When included in the project scope, we provide remote engineering support during manufacturing, assembly, testing, installation, or commissioning.
Why Work with GMD Services?
Multidisciplinary Engineering Capabilities
Mechanical engineering, electronics, embedded systems, and PLC programming can be coordinated within one engineering workflow.
Practical Industrial Experience
Our solutions are developed with attention to manufacturing, assembly, operation, maintenance, and real industrial conditions.
Flexible Collaboration
We can manage a complete engineering project or support a specific technical area within your existing development process.
Clear Project Deliverables
The engineering scope, milestones, file formats, revision process, and final deliverables are defined before project execution.
International Engineering Support
GMD Services supports machine builders, manufacturers, and engineering companies internationally through structured remote collaboration and regular technical communication.
Confidentiality and Intellectual Property Protection
Project information is handled confidentially. Ownership, source-file delivery, and intellectual property terms can be clearly defined in the service agreement.
Start Your Engineering Project
Whether you need a custom mechanical system, an electronic controller, an embedded device, a PLC-controlled machine, or a complete industrial automation solution, GMD Services can provide the engineering capabilities required to move your project forward.
Send us your technical requirements, concept drawings, existing machine data, production targets, or current engineering challenges. Our team will review the information and recommend a suitable project scope.
Frequently Asked Questions
Can GMD Services provide both mechanical design and PLC programming?
Yes. We can support mechanical design and industrial automation within the same project. The exact scope may include machine design, electrical engineering, electronics, embedded systems, PLC programming, HMI development, and technical documentation.
Can I order only one engineering service?
Yes. You can engage us for an individual service such as 3D mechanical design, manufacturing drawings, PCB design, embedded firmware, electrical schematics, or PLC programming.
Do you work with an existing machine design?
Yes. We can review, modify, complete, or automate an existing machine design. The required source files, technical documentation, and current machine condition will be reviewed before defining the scope.
What information is required to start a project?
Useful information may include machine specifications, product drawings, production capacity, cycle time, available space, preferred components, operating environment, applicable standards, existing CAD files, electrical drawings, photos, videos, and required deliverables.
Can you work with our internal engineering team?
Yes. Our engineers can work as an external extension of your team and coordinate with your mechanical engineers, electrical engineers, programmers, manufacturers, or system integrators.
Do you provide manufacturing and commissioning support?
Remote manufacturing, assembly, troubleshooting, testing, and commissioning support can be included in the project scope. On-site services depend on the project location and specific requirements.