The GEA Bake Depositor MO is a high-precision industrial depositing system designed for bakery applications requiring consistent product quality, flexibility and reliable performance.
Suitable for a wide range of industrial bakery products including muffins, cakes and cupcakes, it integrates seamlessly into both new and existing production lines.
To meet different production needs, the MO is available in single-head and dual-head configurations, enabling scalable performance within a compact and hygienic design.

High-precision depositing for industrial bakery production.
The MO depositor is engineered to deliver stable and precise performance across a wide range of industrial bakery environments. Its modular architecture enables adaptation to different production requirements, including capacity, footprint and product complexity, ensuring consistent operation in changing production scenarios.
Single-head and dual-head configurations.
The MO is available in two configurations designed to support different production needs while maintaining consistent hygiene, precision and reliability.

Single-head configuration.

Dual head configuration.
The dual-head version integrates two depositing heads within a single machine, increasing production capacity without proportionally increasing footprint. It is particularly suited for high-output production environments, limited installation space, and complex applications such as bi-colour products.
A dual three-way valve system enables multi-row depositing without long distribution plates, ensuring consistent weight accuracy and product uniformity.
Key Features.
Hygienic design and CIP capability.
Both configurations are designed according to strict hygiene standards and include:
- CIP (Cleaning-in-Place) capability
- Hygienic stainless-steel construction
- Smooth surfaces for easy cleaning
The stainless-steel head with smooth geometry reduces areas where water can stagnate, supporting hygienic operation and efficient cleaning.
Dedicated sealing elements with specially designed gaskets ensure protection of wet-contact areas and enhanced food safety.
Designed for efficient maintenance and high uptime.
The MO depositor is engineered for simplified maintenance and reduced downtime:
- Quick-release components for fast servicing
- Reduced mechanical complexity
- Easy access to key machine elements
This supports efficient maintenance procedures and continuous production performance.
Flexible integration into production lines.
The machine can be configured with removable hoppers or manifold distribution systems, enabling seamless integration into different production layouts.
Its corrosion-resistant stainless-steel head ensures long-term durability and compatibility with industrial cleaning agents and detergents.
The flexible design allows the use of fixed or movable heads, enabling switching between dosing and injection systems and supporting efficient cleaning operations.
Enhanced dosing efficiency.
The MO depositor incorporates a dosing and injection cylinder exclusion system that reduces mechanical complexity by eliminating the need for manual cylinder exclusion.
This reduces the number of valves and cylinders required for control, resulting in simplified architecture, improved efficiency and lower maintenance requirements.

Energy efficiency with GEA Add Better.
The MO depositor includes engineering improvements that reduce compressed air consumption and improve overall energy efficiency.
In line with the GEA Add Better approach, it delivers measurable environmental improvements compared to previous-generation technologies.
Optimized pneumatic design enables up to 16% reduction in energy use while maintaining consistent depositing performance.
Contact GEA Bakery experts to find the most suitable configuration for your production needs.

Get the GEA Cakes brochure.
Bring your cakes production to the next level. In our brochure, you'll discover detailed information about the GEA Cake production technology, including comprehensive technical specifications of the new GEA Bake Depositor MO.

