ERP for the Mechanical Engineering Industry: Specialized Solutions to Enhance Productivity and Operational Efficiency

ERP systems for the mechanical engineering industry are crucial solutions that help businesses optimize processes and better control costs. Due to the complex nature of multi-stage production, intricate material management, and often customized orders, mechanical engineering businesses are prone to delays, inventory discrepancies, and difficulties in controlling costs.

When managing data using Excel or other separate software, the data is often inconsistent and difficult to update in a timely manner, leading to inaccurate production management and decision-making. This is why many businesses should implement ERP to standardize processes, connect data seamlessly, and optimize production efficiency.

1. Why are more and more businesses in the mechanical engineering industry implementing ERP software?

1.1. Managing complex production processes

The mechanical engineering industry is characterized by production processes involving multiple stages such as cutting, machining, welding, assembly, quality control, and product finishing. For businesses producing goods to order, the production process is even more complex, with different technical requirements and Bill of Materials (BOMs) for each customer. If managed using Excel or manual processes, businesses find it very difficult to track progress at each stage, easily leading to order delays or a lack of synchronization between departments.

ERP helps businesses manage and tightly control the entire production plan, production orders, and progress at each workshop. ERP data is usually updated continuously and promptly, allowing managers to quickly detect anomalies and coordinate processes more effectively.

1.2. Controlling production costs and prices.

Product costs in the mechanical engineering industry are often highly volatile due to their dependence on various factors such as raw materials, labor, losses, and actual processing time. When production and accounting data are not seamlessly integrated, businesses are prone to miscalculating costs or having difficulty accurately determining the profit margin for each order.

ERP systems for the mechanical engineering industry are solutions that help support:

• Calculate product cost per production order or stage.
• Gather complete data on material costs, labor costs, and other expenses for tighter control.
• Compare planned costs with actual costs.
• Monitoring losses helps mechanical engineering businesses optimize operations.

Thanks to ERP's data connectivity capabilities, businesses can better control costs and make accurate production decisions based on real-world data.

1.3. Accurate Inventory Management

The mechanical engineering industry typically uses a wide variety of materials with different specifications and sizes, such as steel plates, steel pipes, bolts, components, and semi-finished products. Therefore, inventory management is one of the biggest challenges for mechanical engineering businesses. Without strict management, mechanical engineering companies often face a situation where they have both a shortage of raw materials (affecting production) and a surplus (causing inventory buildup and increasing storage costs).

ERP systems for the mechanical engineering industry help businesses address data synchronization issues between the warehouse and production departments, thereby minimizing discrepancies and optimizing material flow. Specifically, ERP software for the mechanical engineering industry typically includes features such as:

• Track inventory data (inflow, outflow, and stock levels) in real time.
• Manage materials by batch, item code, or warehouse location.
• Automatically calculate and forecast material requirements based on production plans.
• Maintain minimum inventory levels to avoid production process disruptions.

1.4. Providing timely data to enable quick decision-making.

One of the common problems in the mechanical engineering business is the time-consuming process of compiling reports from various departments. When data is scattered, it becomes difficult for management and leadership to grasp production, inventory, or cost trends in order to make timely decisions.

ERP software helps centralize data on a single system, with data being continuously updated, and allows for tiered access control:

• The board of directors monitors overall KPIs.
• The foreman monitors production progress.
• The warehouse department updates inventory in real time.
• Accountants control costs and accounts payable.

As a result, mechanical engineering businesses can react more quickly to changes in production processes and improve operational efficiency, increasing productivity.

2. What are the differences between ERP systems for the mechanical engineering industry and standard ERP systems?

Compared to conventional ERP software, ERP systems for the mechanical engineering industry need to meet specific requirements related to multi-stage production, complex material management, and tight schedule control. Beyond managing finances or sales, an ERP system for the mechanical engineering industry needs to provide in-depth support for the production and operational activities of a factory or production department.

A mechanical engineering ERP system typically needs the following functionalities:

• BOM (Bill of Materials) Management: Managing material requirements at multiple levels, semi-finished products, and finished products for each product code or order.
• Production process management: Assisting in production planning, task assignment, tracking production orders, and monitoring progress across each workshop.
• Machinery and production capacity management: Monitoring machinery condition, operating capacity, and production responsiveness to optimize resources.
• Materials and inventory management: Control the receipt, dispatch, and stock levels of raw materials in real time, managing them by batch, location, or item code.
• Product Costing: Automatically aggregates material costs, labor costs, and production costs to calculate the accurate cost of each product or order.
• Real-time reporting and analysis: Provides visual, real-time production and financial reports to support managers in making quick decisions.

3. An effective ERP implementation roadmap for businesses in the mechanical engineering industry.

To effectively implement ERP in the mechanical engineering industry, businesses cannot simply purchase and install software; a process of standardizing and optimizing all operational activities is necessary. Therefore, ERP implementation for mechanical engineering businesses cannot be done haphazardly, but requires a well-structured, step-by-step roadmap to maximize effectiveness.

3.1. Process evaluation and standardization

The first step in the ERP implementation roadmap for the mechanical engineering industry is for businesses to assess their current operational status and standardize processes before integrating them into the system. If the initial processes are not standardized, implementing ERP may lead to complex, inconsistent, and difficult-to-control data and management processes.

To conduct an accurate assessment, businesses need to:

• Survey current processes across departments such as production, warehousing, and accounting.
• Identify existing problems such as inventory discrepancies, production delays, or miscalculations of product costs...
• Standardize data and processes related to Bill of Materials (BOM), production processes, material lists, etc.

3.2. Choosing the right ERP software

After standardizing the process, businesses need to choose an ERP solution that suits their operational needs and existing resources. The choice of ERP vendor directly impacts the implementation efficiency and future scalability of mechanical engineering businesses. Therefore, when choosing ERP for a mechanical engineering business, many different criteria need to be considered, specifically:

• Suitable for the size of the business: It is necessary to choose an ERP system that meets the scale of the business, without cumbersome features, but still satisfies current needs and is scalable in the future.
• A robust manufacturing module is essential: ERP software for the mechanical engineering industry needs to provide strong support for specific business processes such as BOM management, production orders, production processes, materials, and cost accounting.
• Support for customized processes: Each mechanical engineering business has a different operating model, so ERP needs to be flexible enough to customize to actual needs.
• Easy to deploy and easy to use: To ensure a quick deployment process, businesses should prioritize ERP software that is easy to use with an intuitive interface and simple operation. This will help businesses shorten software training time and increase practical application capabilities.
• Cost-effective: Mechanical engineering businesses need to balance investment costs with long-term efficiency. They shouldn't choose systems that are too complex or exceed their needs, nor should they opt for cheap, inflexible ERP systems that struggle to meet future expansion needs just to save on initial costs.
• Support and implementation team: The vendor needs to have experience in implementing ERP for manufacturing businesses and providing training and operational support during use. Choose ERP vendors with sufficient capabilities and a strong reputation in the market to ensure a smoother and more efficient implementation process.

3.3. Implementation and Training

The goal of the training phase is to help employees quickly grasp how to operate the ERP system and apply it effectively to their work. A well-structured training roadmap will help businesses shorten the time needed to familiarize themselves with the system and improve the efficiency of ERP usage in their operations.

For this process to be effective, businesses need close coordination with the ERP provider at each step of implementation:

• Process design on the software system: Converting the company's actual operational processes to an ERP system, ensuring that data and departments are linked and synchronized.
• Configuration and data entry: Set up the material catalog, BOM, warehouse, production orders, and other necessary data to ensure the system operates correctly.
• System testing: Run trial runs of production, warehousing, and accounting processes to verify accuracy before official operation.
• Departmental training: Separate training materials are needed for each department, such as production, warehouse, accounting, management, etc., to ensure that everyone understands and is familiar with how to use and operate the ERP software according to their actual business practices.

3.4. Operation and Optimization

After implementing an ERP system, businesses need to focus on continuous monitoring and optimization to ensure stable operational processes and address production issues.

In the initial implementation phase, businesses need to closely monitor the actual operational process in all departments. When errors or inconsistencies are detected, the cause must be quickly identified and timely solutions implemented.

During operation, special attention should be paid to key indicators such as production progress, inventory status, product cost, operational efficiency, etc. Based on ERP data, businesses can further optimize processes, adjust the system, and expand features to suit future development needs.

4. About 1C:ERP: The leading ERP solution for the mechanical engineering industry.

4.1. 1C:ERP - A solution for large-scale mechanical engineering businesses

For large-scale mechanical engineering businesses with complex production processes, multiple workshops, and a need for centralized management, 1C:ERP is a solution that helps synchronize all operational activities on a single system. 1C:ERP software not only supports the management of all stages of production, warehousing, purchasing, and sales, but also helps businesses track key performance indicators to control finances and make effective management and operational decisions.

In the field of mechanical engineering, 1C:ERP is capable of effectively meeting specific business requirements such as:

• Manage BOMs and multi-level material requirements with in-depth data.
• Production planning and scheduling.
• Manage production orders and schedules by stage.
• Monitor materials, inventory, and production capacity.
• Calculate product cost based on actual data.
• Real-time reporting supports timely management and decision-making.

4.2. 1C:CM (mini ERP) - A solution for small and medium-sized mechanical engineering businesses.

For small and medium-sized mechanical engineering businesses or those in the early stages of digital transformation, 1C:Company Management is a mini ERP solution that helps standardize management with reasonable investment costs and rapid deployment time.

With its basic functional modules, 1C:Company Management still effectively meets the core management needs of mechanical engineering businesses, such as:

• Production and order management.
• Materials and inventory management.
• Manage the purchasing and sales process.
• Financial management and accounting.
• Customer management.

Thanks to its user-friendly interface and flexible deployment capabilities, businesses can quickly get the system up and running without spending too much time on training.

A practical example is MNK Machinery Manufacturing Joint Stock Company, a business operating in the field of manufacturing industrial hydraulic equipment, which has chosen 1C:Company Management in its digital transformation process for production management.

Before implementation, MNK faced many common problems in the mechanical engineering industry, such as fragmented data between departments, difficulty tracking production progress in real time, poor inventory control, and inaccurate purchasing planning.

1C:Company Management has helped this business build a centralized management system, bringing many practical benefits such as:

• Synchronize data between business, purchasing, inventory, and production.
• Track order and production progress in real time.
• More accurate materials management
• Optimize purchasing plans based on actual production needs.
• Reduce manual operations and increase the ability to track costs and improve operational efficiency.

For detailed information on MNK's application of 1C:Company Management to safely and sustainably implement digital transformation in production management, click HERE.

If your mechanical engineering business is struggling with production management, inventory control, or order tracking, implementing ERP early on will help standardize operations and create a foundation for sustainable future expansion.

Contact 1C Vietnamtoday for advice on the right ERP solution for your mechanical engineering business.

5. Conclusion

ERP systems for the mechanical engineering industry have become an invaluable tool and a crucial foundation for businesses to optimize operations and enhance management capabilities. With the ability to manage everything from production to material control, inventory management, and product cost calculation, along with providing detailed data reports, ERP systems have helped mechanical engineering businesses better control production schedules, costs, and efficiency.

However, to implement ERP effectively, businesses need to choose a solution that suits their scale, operational characteristics, and long-term development goals. Based on experience implementing ERP solutions for numerous manufacturing companies, solutions like 1C:ERP and 1C:CM can flexibly meet the management needs of mechanical engineering businesses of various sizes.