The French food industry is undergoing an unprecedented transformation in 2026. With over 12,000 production sites and investments exceeding 4.5 billion euros, the sector is moving towards increasingly efficient, hygienic, and sustainable equipment. At the heart of this evolution, food industry equipment plays a decisive role in company competitiveness.
Among the notable innovations, food-grade silicone moulds are seeing massive adoption: 78% of industrial bakery-pastry and chocolate manufacturers have integrated this technology to optimize their production processes. This evolution is part of a global effort to modernise production lines, where each piece of equipment must meet HACCP, FDA, and EC 1935/2004 standards.
This exhaustive guide is aimed at food industry decision-makers: production directors, quality managers, process engineers, and business leaders. You will discover the essential equipment for 2026, with a particular focus on the Silmaé solutions developed by Maé Innovation, as well as the selection criteria to optimise your return on investment.
1. Silicone moulds: the key equipment of the food industry
Food-grade silicone moulds today represent one of the most impactful innovations for food processing industrialists. Far from being a simple accessory, they constitute a strategic piece of equipment that radically transforms production performance, final product quality, and the profitability of industrial lines.
The decisive advantages of professional silicone moulds
Professional-grade food silicone offers unique properties that radically distinguish it from traditional materials used in the food industry. The professional silicone moulds developed by Maé Innovation integrate these advantages into bespoke solutions adapted to the requirements of large series.
- Natural non-stick properties: Food-grade silicone has a naturally non-stick surface that totally eliminates the need for mould greasing. This characteristic generates substantial savings (100% reduction in release fat costs) and improves the nutritional quality of finished products. For industrial pastries, this translates to perfect demoulding without deformation, even for delicate preparations like financiers, madeleines, or cannelés.
- Exceptional thermal resistance (-40°C to +280°C): Silmaé moulds from Maé Innovation withstand extreme temperature ranges, allowing their use in various processes ranging from flash freezing to high-temperature food industry industrial ovens. This thermal versatility allows for complete cycles without changing tooling: freezing, baking, then a new cycle, thus optimising equipment investments.
- Compliance with the strictest standards: All Silmaé food-grade silicone moulds are certified FDA (Food and Drug Administration), CE 1935/2004 (European food contact), and HACCP (Hazard Analysis Critical Control Point). These certifications guarantee the absence of migration of undesirable substances into food, even during prolonged high-temperature baking. Compliance analyses are performed by independent accredited laboratories.
- Exceptional durability and longevity: Unlike metal moulds subject to corrosion or plastic moulds that deform, Silmaé silicone moulds show an extended lifespan in intensive industrial use. This longevity represents 3 to 5 times that of traditional alternatives, generating a rapid return on investment.
- Optimal hygiene and simplified maintenance: The non-porous structure of food-grade silicone prevents bacterial growth and facilitates cleaning. Compatible with all industrial washing systems (CIP – Cleaning In Place, or professional dishwasher washing).
Industrial applications of silicone moulds: sectors and use cases
Professional silicone moulds find their applications in all sectors of the food industry requiring shaping, baking, or cooling. Maé Innovation supports industrialists in optimising their processes through solutions adapted to each trade.
Industrial pastry and viennoiserie
For industrial pastry, Silmaé food-grade silicone pastry mould equipment provides unparalleled shape precision, crucial for high value-added products. Madeleines, financiers, cannelés, tartlets, éclairs, and cream puffs benefit from perfect visual rendering and exemplary dimensional consistency. Silicone pastry moulds also allow for the creation of complex shapes that are impossible to demould with traditional rigid moulds, opening new creative perspectives for industrial pastry chefs.
Bespoke design allows for the creation of exclusive shapes adapted to each industrialist’s signature ranges, thus strengthening product differentiation in a competitive market.
Industrial chocolaterie and confectionery
In industrial chocolate making, Silmaé silicone moulds guarantee exceptional shine and demoulding without mechanical stress, thus preserving the finest details of chocolate creations. The controlled thermal conductivity of silicone facilitates optimal tempering and crystallisation of chocolate, essential quality factors.
Applications include: chocolate bars with inclusions, moulded pralines, filled chocolate candies, seasonal items (Easter, Christmas), and personalised chocolates in co-branding. The dimensional precision of Silmaé moulds allows for perfect integration into automated packaging lines.
Catering products and ready meals
Manufacturers of ready meals and catering products use silicone moulds for making terrines, pâtés, individual quiches, and portioned preparations. Ease of demoulding preserves the visual aspect of the products, a determining criterion for premium ranges. Silicone demoulding mats compatible with steam cooking tunnels and forced air ovens integrate perfectly into existing production lines.
Bespoke solutions: adaptation to industrial production lines
One of the major assets of Maé Innovation lies in its ability to design bespoke professional moulds perfectly adapted to the specificities of each production line. This bespoke approach guarantees optimal integration into the existing industrial environment and maximises operational performance.
Bespoke design process:
- Needs audit and process analysis: Maé Innovation engineers analyse your production line, your technical constraints (equipment dimensions, output rates, working temperatures), and your quality objectives.
- Computer-Aided Design (CAD): Moulds are modelled in 3D according to your exact specifications. Numerical simulations allow for the optimisation of thermal distribution, demoulding zones, and mechanical resistance before any manufacturing.
- Prototyping and validation: A prototype is produced and tested on your actual production line. This validation phase allows for parameter adjustment if necessary and validation of performance under operational conditions.
- Serial production and certification: Once validated, the moulds are produced in series with complete traceability.
- Support and training: Continuous technical support to optimise production parameters.
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2. Other essential food industry equipment
Beyond silicone moulds, a high-performance food production line requires a complete infrastructure of complementary equipment. Maé Innovation supports industrialists in the selection and integration of all the agri-food equipment necessary to optimise their processes.
Processing and preparation equipment
The food processing machines constitute the first step of the production chain. They must be selected in consistency with downstream equipment, particularly silicone moulds.
- Industrial mixers and kneaders: Planetary mixers and high-capacity spiral kneaders (50 to 500L) must be compatible with the rheological characteristics of the doughs intended for silicone moulds. Vacuum mixers allow for bubble-free preparations, optimising the visual rendering of the moulded products.
- Automatic depositors and filling machines: To maximise the efficiency of multi-cavity silicone moulds, volumetric or weight-based depositors guarantee a filling consistency of ±1%, essential for the homogeneity of finished products. Filling systems compatible with Silmaé trays accelerate output rates while preserving precision.
- Cutters and dividers: Portioning equipment prepares dough pieces in the exact formats required for the silicone moulds, thus reducing offcuts and optimising material yield.
- Sheeters and moulders: For pastry and bakery applications, industrial sheeters prepare puff pastry and dough strips to the precise dimensions necessary for moulding in silicone trays.
Baking and thermal treatment equipment
Baking equipment must be compatible with the thermal characteristics of Silmaé silicone moulds (-40°C to +280°C). This compatibility is essential to fully exploit the potential of silicone demoulding trays.
- Convection and rack ovens: Forced-air industrial ovens guarantee homogeneous baking of products in silicone moulds. Rack trolleys accept standard Silmaé 600x400mm format trays, thus optimising production capacity. Precise programming of baking cycles takes advantage of the controlled thermal conductivity of silicone.
- Continuous baking tunnels: For high output rates, baking tunnels allow a continuous flow of silicone trays. Their integration with Silmaé moulds requires a study of temperature curves and belt speeds adapted to the specificities of food-grade silicone.
- Proofers and controlled fermentation chambers: Since silicone moulds withstand negative temperatures, they can remain in place throughout the fermentation and baking process, eliminating intermediate handling that causes scrap.
- Coolers and blast freezers: The extreme cold resistance (-40°C) of Silmaé moulds permits their use in blast freezing tunnels and rapid cooling cells, thus simplifying logistical flows and preserving product integrity.
Conditioning and packaging equipment
The production chain ends with the conditioning of the demoulded products. The dimensional precision of Silmaé moulds (tolerance ±0.2mm) facilitates packaging automation.
- Gripping and transfer robots: Robotic systems pick up products directly from the silicone moulds thanks to easy demoulding, then transfer them to the packaging lines. Eliminating greasing avoids any unwanted greasy contact on the products.
- Flowpacks and automatic bagging machines: The dimensional homogeneity of products coming from Silmaé moulds guarantees optimal operation of automated packaging machines, reducing downtime for adjustment.
- Weighing and quality control systems: The integration of checkweighers at the mould exit allows for verifying weight compliance and detecting potential filling defects, thus optimising the control of upstream depositors.
Cleaning and hygiene systems
Hygiene is a fundamental criterion in the choice of food industry equipment. Silmaé silicone moulds integrate perfectly into the most demanding HACCP protocols.
- CIP (Cleaning In Place) systems: Silicone moulds, thanks to their non-porous surface, are compatible with automated cleaning installations.
- Industrial dishwashers: For production configurations where CIP is not available, Silmaé moulds can be washed in high-temperature professional dishwashers without degradation, preserving their properties throughout their lifespan.
Conclusion: Optimise your production with Maé Innovation moulds
The choice of food industry equipment constitutes a strategic investment determining the competitiveness and sustainability of your company. In 2026, savvy industrialists favour solutions combining performance, durability, and technological innovation.
Silmaé food-grade silicone moulds embody this evolution, offering superior performance compared to traditional equipment while reducing environmental impact and optimising operational costs. Their integration into your production line, accompanied by other complementary equipment (processing, baking, conditioning), radically transforms your industrial performance.
With a rapid return on investment, Silmaé moulds represent not an expense but a profitable investment generating measurable gains from the first weeks of use: drastic reduction in scrap, decrease in cleaning times, and energy consumption.
