ALMA PRO is a French family company specializing in the design and manufacture of artisanal milling equipment with stone mills.
Our mission is to innovate to create local and sustainable value.
The company aims to reflect collective work by respecting its territory through strong commitments:
Ensuring the well-being of the collective by defining the needs of each individual.
Enable producers and processors to make a decent living from the fruits of nature and their work.
Designing machines that make people’s work easier.
Innovating and producing with eco-design.
Favor environmental impact by producing and sourcing locally.
In 2022, at the Sirha Europain, ALMA Pro won the Sirha Europain Awards with its product, the Mélia mill. Building on this experience, the company is expanding its range and creating a brand dedicated to bakers and artisans of taste: Talmélia.
An ancient stone milling process and research and development work ensure healthy food and a variety of flavors.
The Mélia Mill aims to create a story around a tool that combines tradition and modernity to accompany the global cultural and heritage revaluation: the know-how of French bread.
The user can have control over the flour mill to explore new textures and flavors. They can broaden their possibilities through the legume and protein crop sector by offering gluten-free dishes and bread.
We guarantee lively nutrition by verifying the temperature of the flour for perfect control over starch transformation.
We are committed to revaluing the artisanal work of bakers, favoring the local economy, and ensuring product traceability
The Mélia Mill is made 62% in the Drôme region and from recyclable materials (granite, wood, and stainless steel). We design our products while ensuring the environmental impact during production and use.
A mill created from local recyclable materials, granite, wood, and stainless steel, taking care of the environmental impact during production and use. The mill is designed with PEFC-produced Beech wood to ensure forest balance.
A search for optimization of mill performance that allows energy savings during production and the usage cycle.