Specified Products
PetraForma is a high-performance aluminium ceiling panel system designed to create bold, petal-inspired ceiling compositions in commercial spaces. Engineered for precision and d...
View ProductAxes in Excess specializes in crafting parametric ceilings, merging innovative design with precision engineering. Our expertise lies in creating bespoke ceilings that blend func...
View ProductProject Overview
Located in Bani Park, Jaipur, this salon project showcases the Bloom™ Collection by Axes in Excess, transforming a conventional ceiling into a distinctive architectural feature.
Designed using aluminium panels arranged in a square-grid composition, the ceiling integrates leaf-inspired forms that introduce an organic character into the structured geometry. The interplay between the precise grid and the expressive leaf patterns creates visual rhythm, depth and a distinctive sense of movement across the ceiling.
A refined metallic finish enhances the character of the aluminium panels, creating a sophisticated surface that interacts with light and adds depth to the salon interior.
The Bloom™ Collection demonstrates how contemporary metal ceiling design can contribute to the identity of a commercial interior. By combining geometric order with nature-inspired forms, the ceiling becomes more than a functional architectural surface—it becomes an integral part of the overall spatial experience.
The aluminium panel system brings together material versatility, parametric design and carefully considered detailing, offering a distinctive approach to decorative metal ceilings for salons and other commercial environments.
From geometric grids to organic-inspired forms, the Bloom™ Collection explores new possibilities in aluminium ceiling design. This installation in Jaipur reflects the potential of parametric metal ceilings to introduce character, texture and architectural expression into contemporary interiors.
More Projects
Our team works with architects and developers across India to bring parametric facade visions to life. Let's start the conversation.