DECIMETRIC

DECIMETRICĀ®

DECIMETRIC – A MODULAR KITCHEN FURNITURE SYSTEM

GEC AndersonĀ®’s Decimetric system is highly flexible, cost-effective, versatile, and comprehensive. It comprises sinks, surfaces, frames, cabinets, and shelving designed for modern kitchens in domestic, commercial, and public environments.

The system is based on a 100mm modular sizing increment for precision and efficiency. The hard-wearing brushed satin stainless steel finish ensures a professional appearance even after heavy use in demanding environments.

DECIMETRIC – DURABLE, HYGIENIC, AND VERSATILE

Decimetric is ultra-hygienic and requires zero maintenance, making it ideal for kitchens that require high standards of cleanliness. Its modular design allows you to create a layout tailored to your specific requirements with a range of options available for sinks, surfaces, cabinets, and shelving.

Whether you’re designing a new kitchen from scratch or upgrading an existing one, it offers a smart choice. Its durable construction and hygienic properties make it ideal for a wide range of settings, from home kitchens to commercial food preparation areas.

At GEC AndersonĀ®, we’re committed to providing high-quality stainless steel products that meet our customers’ needs. We’ve created a modular kitchen furniture system that combines functionality, durability, and versatility to offer a solution for modern kitchens.

DECIMETRIC – CUSTOMISATION OPTIONS

In addition to its modular design and high-quality materials, it also offers a range of customisation options to meet the specific needs of your kitchen. From the size and shape of your sink to the configuration of your cabinets and shelving, it can be tailored to your exact specifications. This flexibility means that you can create a kitchen that is not only functional and durable but also tailored to your specific needs and preferences. Whether you need a compact kitchen for a small apartment or a large, multifunctional kitchen for a commercial space, Decimetric can be adapted to meet your requirements.