Download brochure
Go
Right arrow
Efficient In-House Cutting for Scale Models Architectural firm GROUP A in Rotterdam discovered that cutting parts for scale models in-house is much more efficient than outsourcing. Gabrielis Varnelis, who is responsible for the laser machine at GROUP A, explains why they chose this particular machine: “The 90×130 cm format was the best fit for us when we looked at the most common sheet materials we use, such as cardboard and MDF. Additionally, the BRM 90130 matched perfectly with the size of the scale models we most frequently create.”

Preferred Materials: Acrylic, Cardboard, and MDF

At GROUP A, the laser machine is primarily used for cutting parts from materials like acrylic, cardboard, or MDF, which are later assembled into larger structures. This makes the laser machine an essential tool in the preparatory work leading up to the final construction. While other materials are tested, MDF remains the preferred choice due to its ease of laser cutting and resistance to warping. Thin plywood is occasionally used, but it can absorb moisture, leading to potential deformation.

Increased Efficiency Through In-House Laser Cutting

Previously, GROUP A outsourced the laser cutting of individual parts to various companies, assembling everything on-site. However, with the addition of the laser machine, this process has become much more efficient. According to Gabrielis Varnelis, the in-house laser cutting has sped up the workflow, as any issues can now be immediately addressed on-site, without delays from outsourcing.

Crucial for Prototyping and 'Design by Research'

In addition to creating scale models for presentations, the machine plays a vital role in other areas such as prototyping and 'design by research.' The latter involves testing and refining designs that are still in development. Prototyping, on the other hand, involves creating a full-scale model (1:1) of a project or structure, which allows for rapid visualization of the intended result. This is especially useful for assessing how components align, how light interacts with certain surfaces, or how patterns influence the design. The accuracy of the laser machine ensures a high level of control over the final aesthetic outcome, making it possible to test and adjust designs at scale before committing to the final build.

"The laser machine is a long-term investment. Thanks to the machine, we can further perfect all our designs."

BRM Lasers: Quick Delivery and Improved Safety

An excellent demonstration at VROTECH and the fast delivery played a decisive role in the decision to purchase this particular machine. Gabrielis Varnelis was especially pleased with the numerous sensors integrated into the BRM machine, making it significantly more "intelligent." For example, the machine will provide an error message and block operation if the top cover is open when trying to start it. These safety features are a reassuring benefit, especially as more colleagues begin using the laser machine, significantly reducing the risk of accidents.

A Huge Enrichment

This laser machine is a long-term investment and an excellent tool for further perfecting the designs at GROUP A, says Varnelis. The speed, ease of use, and the flexibility to handle tasks in-house make this machine an immense enrichment for their workflow.

No items found.