Direct laser projection of construction drawings for fast, accurate and cheaper industrial assembly

The Ministry of Housing and Spatial Planning (VRO), together with housing corporations, market players and municipalities, has expressed the ambition to achieve by 2030 981,000 new housing units realized. To make this feasible at acceptable cost and with an eye for sustainability, the ministry encourages industrial building as one of the most important measures.  
 
Industrial construction deals with the factory production of homes that are placed virtually turnkey on site. This involves minimal nitrogen and CO2 emissions during construction and during installation. 
 
Yet one challenge remains central: How do you make complex work instructions for operators simpler and error-free realizable?” 

As a result, the need for smart, digitized workstations that can produce faster, more output, error-free and reproducible - without additional pressure on skilled workers.  

In this article, we show how laser projection provides an effective solution to this.  

Why do complex work instructions become more practically applicable through direct visual projection? 

With traditional work instructions - such as drawings, screens or tablets - operators must constantly switch between the information source (tablet, screen, drawing), the piece of work and the mental interpretation of positions, sizes and shapes. 

Every time an operator moves his attention, from screen to workpiece, from workpiece to tape measure and back to the screen, there is a chance of an error. The data must be translated into actual measurements on the workpiece. Where the size is often such that it takes multiple colleagues to measure it.  

By instructions directly on the workpiece projecting, it dramatically reduces the employee's workload and increases the precision and speed of assembly processes.  
Laser projection eliminates two crucial distortions: 

• No translation is required From a drawing to a physical position. 

• The eyes remain at the same point, namely the piece of work itself. 

Laser projection eliminates interpretation and keeps attention on the workpiece. Operators immediately see where components need to go and perform tasks faster and error-free because instruction and execution literally converge in the same place. 

What are concrete benefits of visual guidance in industrial assembly? 

Showing the operator exactly what to do where - without interpretation or searching - creates a calmer, more efficient and error-proof assembly process. Laser projection is thus one of the most effective forms of workplace support within modern industrial construction processes. Visual guidance on the workpiece leads to direct process improvements: 

• 100% time gain In operations where measurement is required 

• Creating operators 60-80% fewer errors, especially with drilling patterns, component positions and variants. 

• Higher assembly speed of assembly pieces 

• Higher consistency between operators 

• Training time of new employees decreases. 

Complex assembly becomes more manageable and predictable. Thus, employee knowledge can be expanded and more complex work pieces can be expanded.  

For whom is laser projection a game changer?

Laser projection is particularly valuable where a lot of manual assembly takes place, deviations have major consequences, digital control is desired, product variants are increasing and speed and zero error are required.

Typical applications:

Prefabricated assembly

For positioning components, inserts, anchors and attachment points.

Formwork construction

Direct projection replaces paper drawings on the mold.

Modular construction

Perfect for variant production and repeating units.

Panel construction / electrical engineering

Determine drilling positions, cable routing and component placement.

Frequently Asked Questions