For the management system according to ISO 14001: 2015

Environment is a surrounding in which an organization operates. The environment includes air, water, soil, natural resources, flora, fauna, humans and their mutual relationships. ISO 14001: 2015 Environmental Management Systems norm – The requirements in the operating instructions state requirements for an environmental management system that will enable the organization to develop and implement policies and targets that take into account legal requirements and information on significant environmental aspects. The main purpose of this international standard of support for environmental protection and the prevention of polution is in balance with socio-economic needs.  Among other requirements, the norm also prescribes policy requirements and environmental managment goals.

The management of an organization wishing to introduce an environmental management system in accordance with ISO 14001: 2015 must define the environmental management policy of the organization and ensure that such policy is consistent with the nature, scope and impact of its activities, products or services on the environment.  It must also ensure that policy involves the commitment of the management to permanently improve and prevent pollution and includes the commitment of compliance with the corresponding legal requirements and other requirements that the organization has commited in relation to its environmental aspects. Environmental management policy must provide a framework for setting up and reviewing general and individual goals. The policy prescribed must be accessible to the public and must be communicated to all persons working in the organization.

The organization must establish, apply and maintain documented general and individual goals at the appropriate functions and levels within the organization.  General and individual goals must be measurable, whenever possible, in accordance with environmental management policy, including commitment to prevent pollution, compliance with the relevant legal requirements that the organization is commited to and commitment to lasting improvement.

For energy management system according to ISO 50001: 2018

ISO 50001: 2018, Energy Management Systems – Requirements for Operating Instructions, provides requirements for the establishment of an energy management system (EnMS) in industrial plants, commercial, administrative and state buildings and entire organizations. It is estimated that this norm, which is geared to wider application in all national economic sectors, will affect around 60% of world energy use.

Energy is of key importance to the organization’s buisness and it can be a huge expense, regardless of their buisness. Apart from the economic costs of energy consumption for the organization, energy consumption can also cause damage to the consumption of natural resources and the negative impacts on climate change.

As with all ISO system management norms, ISO 50001 is designed to be applied to any organization, regardless of its size or buisness, regardless of whatever it is in the public or private sector, and regardless of its geographic location.

ISO 50001 is based on the model of the ISO management system that is applied in the standards of the management systems. In particular, the plan-do-check-act (PDCA) process has been specifically adopted for the continuius improvement of the energy management system. This enables the integration of energy management organizations with other organizational quality management systems, the environment, etc.

That approach is described by the management model as follows:

Plan: carries out an energy rating and establishes a baseline, energy performance indicators (ENPIs), long-term and short-term goals, and action plans necessary for obtaining results that will improve energy features in accordance with the energy policy organization.

Do:  carries out plans of action on energy management.

Check: observe and measure the key features of operations that determine energy features in relation to energy policy and long term energy policy goals and report on results.

Act: take action to continuously improve the EnMS feature.

Assembly and production is a complex logistical process

Right next to knowledge, expertise, and experienced team members, one of the most important parts of any type of production is a well-organized process. 

Before anything else, the assembly and production is a complex logistical process. 

As a high-volume electrical panel building company, with over 1700 electrical cabinets built per year, we understand this very well.

Our team of skilled technicians is in touch with literally hundreds of thousands of different electrical components and elements, for many different customers and all for numerous different projects. 

Without well-organized processes and advanced software solutions, building this many electrical cabinets per year and being in touch with hundreds of thousands of different elements and components can quickly become a logistical nightmare. 

To tackle the challenge of high-volume electrical panel building we have developed proprietary software that allows us to track, monitor and report all of the components for every cabinet in real time. 

Our equipment commissioning department is equipped with monitors that show a list of newly arrived components on stock for all cabinets that are currently further down the line in production and that can slow down the production. 

These are high-priority components and a dedicated technician every morning scans the list, picks up, marks, and mounts these components on the belonging electrical cabinet. 

Color coding and process markings help us know exactly to which project and for what electrical panel component belongs. 

To make it easier for wiring technicians all of the components are marked according to project requirements and customer needs before mounting. 

Our production facilities are equipped with various printing machines so that we could cover the widest range of customer requirements. 

Running this kind of well-organized, digital, cross-integrated production facility allows us to be competitive in the market and offers peace of mind for our OEM partners and customers.

Having control over the entire process is crucial for business owners

To be able to offer our partners and customers consistency and the highest quality of service, we are confident that having control over the entire process is crucial.

In the process of electrical system design and by using third-party tools sometimes challenges occur. Not all manufacturers keep their elements up to date with respective 3D models. Some manufacturers do not have the components for 3D models at all. By relying solely on third-party databases we would not be able to offer quality and complete designs to our customers.

In this particular case, our engineers and designers reach out to SolidWorks. 

SolidWorks is a powerful 3D modeling software that is widely used in a variety of industries, including mechanical engineering, manufacturing, and product design. It allows us to create detailed 3D models of parts and assemblies, complete with precise dimensions and specifications, which we then import in EPLAN and can finish and deliver the final design to our customers. 

It includes a range of tools for creating 3D geometry, including sketching, extrusion, and revolution tools. We can also import and manipulate 3D models from other software, such as AutoCAD or Inventor.

SolidWorks also includes a range of advanced modeling tools, including surface modeling, sheet metal design, and weldment design. These tools allow us to create complex shapes and assemblies, and to accurately model the behavior of parts under different loads and conditions.

Modern software is key to providing reliable service

To provide reliable design & assembly service to our customers, our team of engineers and designers specialized in using different software. Among others, for the design and schematics of electrical cabinets, we are using EPLAN. 

We use it to create accurate and detailed designs for a wide variety of projects. It allows our team of engineers, designers, and technicians to create and visualize complex systems in three dimensions, making it easier to understand how everything fits together and works, thus avoiding costly production mistakes in terms of equipment repositioning, additional drilling, and milling and rewiring.

Rich 3D library of components for competitive advantage

One of the key features of EPLAN is its extensive library of 3D models, which includes a wide range of components and equipment from various manufacturers. This allows us to quickly and easily drop in the components we need for our designs, rather than having to create them from scratch.

When manufacturer components are unavailable in the EPLANs library of 3D models, we use Solidworks to model the component and add it manually.  

In addition to 3D modeling, EPLAN also includes powerful schematics design tools. 

These allow us to create detailed electrical schematics complete with routing and sizing information, which is then used to push to the cloud and pull down to our production facilities where other machines such as cable and wire printing and cutting devices, CNC machines, and different printers for marking equipment are then using this data for the further production process.

This kind of digitalization and interconnectivity of key elements and project stakeholders allows us to have full control over our data, speeds up the entire process, minimizes human errors, and provides cost-effectiveness. 

Heavy-duty equipment for high-volume control panel assembly

Our production facilities are equipped with some heavy-duty equipment set up for high-volume control panel assembly. 

Among others, we have installed and set up Perforex BC 1008 HS which is ideal for machining electrical cabinets and their components such as mounting plates, doors, metal sheets, side plates, etc. 

CNC Services

Besides its integration capabilities with our other production software such as EPLAN and the capability to pull information and drawings from it, our team of skilled technicians in the machining department is using it to create machining drawings for different production needs. 

This kind of approach enables us to offer additional CNC services such as drilling, cutting out in square or round forms, logging, grinding, and threading in different materials such as aluminum, steel, stainless steel, plastic, and polyester. 

By installing and running this kind of workshop we have increased our capacity and can offer precise, fast, and quality production and assembly for our projects and our OEM partners.

Heavy-duty equipment for high-volume control panel assembly

Our production facilities are equipped with some heavy-duty equipment set up for high-volume control panel assembly. 

Among others, we have installed and set up Perforex BC 1008 HS which is ideal for machining electrical cabinets and their components such as mounting plates, doors, metal sheets, side plates, etc. 

CNC Services

Besides its integration capabilities with our other production software such as EPLAN and the capability to pull information and drawings from it, our team of skilled technicians in the machining department is using it to create machining drawings for different production needs. 

This kind of approach enables us to offer additional CNC services such as drilling, cutting out in square or round forms, logging, grinding, and threading in different materials such as aluminum, steel, stainless steel, plastic, and polyester. 

By installing and running this kind of workshop we have increased our capacity and can offer precise, fast, and quality production and assembly for our projects and our OEM partners.

Having control over the entire process is crucial for business owners

To be able to offer our partners and customers consistency and the highest quality of service, we are confident that having control over the entire process is crucial.

In the process of electrical system design and by using third-party tools sometimes challenges occur. Not all manufacturers keep their elements up to date with respective 3D models. Some manufacturers do not have the components for 3D models at all. By relying solely on third-party databases we would not be able to offer quality and complete designs to our customers.

In this particular case, our engineers and designers reach out to SolidWorks. 

SolidWorks is a powerful 3D modeling software that is widely used in a variety of industries, including mechanical engineering, manufacturing, and product design. It allows us to create detailed 3D models of parts and assemblies, complete with precise dimensions and specifications, which we then import in EPLAN and can finish and deliver the final design to our customers. 

It includes a range of tools for creating 3D geometry, including sketching, extrusion, and revolution tools. We can also import and manipulate 3D models from other software, such as AutoCAD or Inventor.

SolidWorks also includes a range of advanced modeling tools, including surface modeling, sheet metal design, and weldment design. These tools allow us to create complex shapes and assemblies, and to accurately model the behavior of parts under different loads and conditions.

Having control over the entire process is crucial for business owners

To be able to offer our partners and customers consistency and the highest quality of service, we are confident that having control over the entire process is crucial.

In the process of electrical system design and by using third-party tools sometimes challenges occur. Not all manufacturers keep their elements up to date with respective 3D models. Some manufacturers do not have the components for 3D models at all. By relying solely on third-party databases we would not be able to offer quality and complete designs to our customers.

In this particular case, our engineers and designers reach out to SolidWorks. 

SolidWorks is a powerful 3D modeling software that is widely used in a variety of industries, including mechanical engineering, manufacturing, and product design. It allows us to create detailed 3D models of parts and assemblies, complete with precise dimensions and specifications, which we then import in EPLAN and can finish and deliver the final design to our customers. 

It includes a range of tools for creating 3D geometry, including sketching, extrusion, and revolution tools. We can also import and manipulate 3D models from other software, such as AutoCAD or Inventor.

SolidWorks also includes a range of advanced modeling tools, including surface modeling, sheet metal design, and weldment design. These tools allow us to create complex shapes and assemblies, and to accurately model the behavior of parts under different loads and conditions.

Having control over the entire process is crucial for business owners

To be able to offer our partners and customers consistency and the highest quality of service, we are confident that having control over the entire process is crucial.

In the process of electrical system design and by using third-party tools sometimes challenges occur. Not all manufacturers keep their elements up to date with respective 3D models. Some manufacturers do not have the components for 3D models at all. By relying solely on third-party databases we would not be able to offer quality and complete designs to our customers.

In this particular case, our engineers and designers reach out to SolidWorks. 

SolidWorks is a powerful 3D modeling software that is widely used in a variety of industries, including mechanical engineering, manufacturing, and product design. It allows us to create detailed 3D models of parts and assemblies, complete with precise dimensions and specifications, which we then import in EPLAN and can finish and deliver the final design to our customers. 

It includes a range of tools for creating 3D geometry, including sketching, extrusion, and revolution tools. We can also import and manipulate 3D models from other software, such as AutoCAD or Inventor.

SolidWorks also includes a range of advanced modeling tools, including surface modeling, sheet metal design, and weldment design. These tools allow us to create complex shapes and assemblies, and to accurately model the behavior of parts under different loads and conditions.