GPLG · INDUSTRIAL SOFTWARE
C# Development
Professional software engineering for automation, manufacturing and industrial systems.
GPLG develops custom C# applications for industrial environments where standard software cannot fully address the requirements of the process. From engineering tools and machine interfaces to production applications and industrial software, we create structured and maintainable solutions around the real operation.
C# APPLIED TO INDUSTRIAL ENGINEERING
Software around machines, processes and engineering workflows
C# provides a flexible software layer for industrial requirements that extend beyond conventional PLC and HMI functionality. Applications can perform complex calculations, process engineering data, manage workflows and communicate with industrial equipment.
GPLG combines software engineering with industrial knowledge so the application is designed around the people, equipment and process it has to support.
The PLC controls the machine. C# can provide the software layer around the machine.
WHEN STANDARD AUTOMATION SOFTWARE ISN'T ENOUGH
Custom functionality for real industrial requirements
Engineering tools
Applications for calculations, configuration, validation and repetitive technical workflows.
Machine interfaces
Dedicated software for status, parameters, diagnostics and operator or engineering functions.
Data processing
Transform production and engineering information into useful results, reports and downstream data.
System integration
Exchange information with PLCs, CNC equipment, machines, databases and external applications.
C# + INDUSTRIAL AUTOMATION
Connecting software engineering with the factory floor
C# applications can sit between engineering and production systems, adding dedicated workflows and functionality around existing industrial control.
STRUCTURED C# DEVELOPMENT
Architecture that separates responsibilities
Industrial software should remain understandable and maintainable long after initial deployment. A layered structure helps isolate responsibilities and makes future testing, modification and extension more manageable.
APPLICATION ARCHITECTURE
ENGINEERING PRINCIPLES
Software designed to remain usable as the system evolves
Modularity
Functions are separated into logical components with clear responsibilities.
Maintainability
Code structure supports future understanding, troubleshooting and modification.
Reusability
Common functionality can be reused where it genuinely improves consistency.
Scalability
Architecture can accommodate additional functions as operational requirements grow.
SOFTWARE IN THE REAL INDUSTRIAL ENVIRONMENT
From application logic to production information
The software layer can bring machine information, engineering functions and production workflows into a dedicated application built for the actual users.
C# FOR CNC
Software around CNC manufacturing
C# can support CNC environments with program management, parameter handling, automated calculations, engineering utilities, production tools and custom interfaces.
CNC programming remains the responsibility of the CNC controller and machining system. C# adds a software layer around manufacturing workflows where dedicated functionality is useful.
ENGINEERING WORKFLOW AUTOMATION
Turning repetitive engineering processes into software
Many industrial activities still depend on repetitive manual calculations, data preparation and configuration tasks. A dedicated C# application can formalise these workflows.
Engineering parameters → C# processing & validation → engineering result, machine configuration or production information.
This can reduce repetitive work and improve consistency without hiding the engineering rules behind the process.
CUSTOM INDUSTRIAL INTERFACES
Software designed around what the user needs to accomplish
Machine status
Present relevant operating state and equipment information in a purpose-built view.
Configuration
Manage parameters and application settings around controlled engineering workflows.
Diagnostics
Expose useful information for operators, technicians and engineers investigating system behaviour.
Production tools
Provide calculations, data preparation, reporting and user-specific functions around production.
C# + INDUSTRIAL COMMUNICATION
Connecting applications to industrial systems
Depending on the project architecture, C# applications can exchange information with PLC systems, CNC equipment, industrial machines, automation systems and external software.
The communication method is selected according to the equipment, system architecture, data requirements and responsibilities of the application.
FROM CONCEPT TO INDUSTRIAL SOFTWARE
A structured application development process
Requirements
Analyse users, operational requirements, equipment and intended software functions.
Software architecture
Define modules, interfaces, responsibilities and the overall application structure.
Interface design
Design graphical workflows around the actual work of operators or engineers.
Development
Implement the application using structured and maintainable programming practices.
Testing & deployment
Test individual functions and the complete application before target-environment deployment.
Support & evolution
Maintain, extend and adapt the software as operational requirements change.
CONNECTED ENGINEERING
C# within the wider GPLG technology environment
PLC Programming
Industrial control and machine logic around the physical process.
Explore →CNC Programming
Machining programs, optimisation and integration for CNC production.
Explore →Database Solutions
Dedicated data architecture for industrial and application information.
Explore →OPC UA & MQTT
Industrial communication technologies for connected systems.
Explore →C# DEVELOPMENT
Need software built around your industrial process?
From engineering utilities and CNC applications to custom industrial software, GPLG develops applications around real operational requirements.