Pioneering the intersection of technology and fashion since 2019
suspirisor was founded with a singular vision: to dissolve the boundaries between digital design and physical fashion. What started as a research project exploring additive manufacturing for textiles has evolved into a full-service innovation studio serving fashion brands across Ireland and Europe.
Our founders recognised early that the future of clothing would not be about choosing between traditional craftsmanship and technological advancement. Rather, it would emerge from their synthesis. Today, we operate at that precise intersection, developing garments and accessories that could not exist through conventional means alone.
Every project we undertake reflects our commitment to pushing material and manufacturing boundaries while maintaining the tactile qualities that make fashion meaningful.
Our work is grounded in continuous material research and computational design experimentation.
Every piece undergoes rigorous quality control to ensure structural integrity and aesthetic precision.
Our manufacturing processes minimise waste through precise material usage and recyclable composites.
We do not simply adopt existing technologies and apply them to fashion. Our methodology involves fundamental rethinking of how garments can be conceived, designed, and produced. This means questioning assumptions about construction, fit, and material behaviour at every stage.
Collaboration sits at the heart of everything we do. We work closely with material scientists, fashion designers, and manufacturing engineers to ensure each project benefits from diverse expertise. Our clients become partners in innovation, contributing their industry knowledge to the development process.
The result is fashion that feels genuinely new — not technology awkwardly grafted onto clothing, but integrated solutions that enhance both form and function.
Technical expertise spanning multiple disciplines of fashion technology.
Multi-material 3D printing systems capable of producing flexible, durable fashion components with complex geometries impossible to achieve through traditional methods.
Integration of electronic functionality into fabric structures, enabling sensing, heating, and data transmission without compromising wearability.
Development and application of materials that change properties in response to environmental conditions such as temperature, humidity, and light.
We are always looking to collaborate on projects that push boundaries.
Get in TouchThe capabilities and services described on this page represent our current offerings as of 2026. Project outcomes depend on numerous factors including design specifications, material availability, and technical constraints. We encourage prospective clients to engage in detailed consultations prior to project commencement to establish realistic expectations and deliverables.