Industries such as metal fabrication, machinery manufacturing, elevators, industrial refrigeration, energy, and shipbuilding operate highly specialized production environments. These facilities combine multiple cutting technologies, interconnected processes, make-to-order production, non-standard parts, and constant pressure on costs, lead times, and material consumption.
As a result, manufacturers are increasingly revisiting a question that received little attention just a few years ago: which processes should be managed through horizontal business software, and which require specialized tools designed specifically for metal manufacturing?
The Limits of Horizontal Systems
Horizontal software was developed to coordinate business functions common to any organization. Its primary role is to organize corporate information and maintain administrative control across the company.
These systems typically allow companies to:
• Centralize financial and commercial information.
• Manage purchasing, inventory, and CRM processes.
• Plan general business resources.
• Maintain financial and administrative traceability.
Their strength lies in providing a company-wide management framework. However, sheet metal manufacturing environments require capabilities that rarely form part of a conventional ERP system.
This is why many manufacturers still struggle with processes such as:
• Advanced nesting to reduce material waste.
• CNC programming across multiple machine brands.
• Simultaneous management of laser, plasma, punching, tube, and profile cutting operations.
• Technical quoting based on actual production times.
• Automatic machine data collection.
• Detailed shop floor scheduling.
• Real-time production control.
• Direct integration between CAD/CAM, MES, and manufacturing operations.
When these capabilities are missing, companies often rely on spreadsheets, custom developments, or manual processes. The outcome is usually the same: disconnected information, limited traceability, and a heavy dependence on individual expertise within the organization.
The Role of Vertical Software in Metal Manufacturing
Vertical software follows a fundamentally different approach. Rather than serving any type of business, it is designed to address the specific requirements of a particular industry.
In sheet metal, tube, and structural steel processing, the focus is on managing the technical core of manufacturing operations.
This includes direct control over:
• Material consumption.
• Machine programming.
• Production times.
• Part and work order traceability.
• Production planning.
• Shop floor performance.
The distinction lies in the scope of each system. Horizontal software focuses on business administration, while vertical software operates much closer to the manufacturing process itself.
By implementing a platform specifically designed for metal fabrication, manufacturers can connect engineering, production planning, shop floor execution, and operational control within a single workflow. Information no longer moves manually between departments. Instead, it is generated directly from manufacturing activity.
Industrial Data as an Operational Asset
One of the most significant changes in modern metal manufacturing is that critical information no longer originates solely from the ERP system.
Today, many of the most valuable data points come directly from machines and day-to-day production activities.
Actual material consumption. Machine cycle times. Production incidents. Delayed work orders. Equipment performance. Profitability by job.
Without a specialized platform, much of this information never reaches corporate management systems, or arrives too late to support effective decision-making.
In response, many manufacturers are adopting hybrid technology architectures. ERP systems continue to manage financial and administrative processes, while specialized manufacturing platforms take responsibility for production operations.
Industrial experience shows that these approaches are often complementary rather than competing. Each system delivers value in the areas it was originally designed to support.
Different Manufacturing Models, Different Requirements
The need for specialization varies according to the type of manufacturing business.
For metal subcontractors, the priority is often managing thousands of part references, multiple customers, constantly changing priorities, and demanding delivery schedules. In these environments, CAD/CAM automation, production planning, and shop floor control play a critical role.
For manufacturers producing their own products, the focus tends to be on synchronizing engineering, procurement, production, and logistics while maintaining control over costs and quality.
For project-based manufacturers, such as structural steel fabricators or capital equipment producers, complexity often lies in coordinating multiple project phases, partial deliveries, financial monitoring, and full project traceability.
Each scenario requires tools that reflect the operational realities of metal manufacturing rather than focusing exclusively on administrative management.
Because production models vary so widely, there is no single approach to industrial digitalization. What represents the core business process for one company may be only one stage within a much larger manufacturing operation for another.
This reality helps explain why more manufacturers are combining horizontal and vertical systems as part of the same technology strategy.
The Lantek Approach
Lantek has developed its technology portfolio to support both scenarios.
For subcontractors whose business revolves around sheet metal processing, Lantek can serve as the primary management and production platform, connecting quoting, CAD/CAM, planning, execution, shop floor control, and performance analysis within a single environment.
For manufacturers operating more complex production ecosystems, where cutting and metal processing represent only one stage of the overall value chain, Lantek provides the specialized layer required to manage metal manufacturing while integrating with existing corporate systems.
The value of the solution depends on the role it plays within each organization and the specific requirements of each production model.
Some companies need a platform capable of supporting most of their manufacturing and business operations. Others require a specialized solution focused on controlling a specific stage of the production process with greater precision.
In every case, the objective remains the same: connecting shop floor information with business management processes and ensuring that reliable operational data is available to support daily decision-making.
When sheet metal processing plays a significant role in an industrial operation, specialization becomes an operational requirement rather than a technology choice. Some manufacturers need a platform that covers most of their management and production activities. Others need a specialized solution integrated into a broader technology ecosystem. The key is having the right tools where they deliver measurable results, and only to the extent that each business requires.