10L Mayonnaise Emulsifier Mixer for Formula Test
By:Salinovate Team
This article shares the case of an overseas food manufacturer, which selected a Chinese-made compact 10L mayonnaise emulsifier mixer for formula test. The narrative covers key stages including needs analysis, solution matching, equipment configuration, etc.

I. Project Background
As usual, let's start by looking at the client's background and actual equipment requirements.
1.1 Client Profile
The client featured in this case study is an overseas food manufacturing enterprise with a product line encompassing:
● Mayonnaise
● Salad Dressings
● Ketchup
● Powdered Spices
As a manufacturer producing a diverse range of food products, the client is required to continuously engage in new formula development and product iteration to meet ever-evolving market demands.
1.2 Customer Pain Points
Pain Point | Description |
High equipment costs | Previously, the client utilized mayonnaise emulsification equipment from the European brand Fryma, which came with a very high price tag. |
Limited R&D efficiency | Large-scale production equipment is ill-suited for small-batch formula testing, resulting in significant waste of raw materials. |
Seek alternative solutions | The client sought to identify a Chinese manufacturer offering better cost-performance value. Specifically, to first purchase a small-scale unit for R&D testing, and then proceed to procure a full-scale production line if the results proved satisfactory. |
1.3 Core Client Requirements
Requirement | Specifics |
Equipment type | Small-scale mayonnaise emulsifier, for formula testing purposes |
Design requirements | Design concept similar to Fryma |
Specifications | Approximately 10L capacity; suitable for small-batch R&D |
Budget | High cost-effectiveness; offers a distinct price advantage compared to Fryma |
Future Expansion | If results are satisfactory, a large-scale production line will be purchased subsequently. |
II. Requirements Analysis
The client has explicitly requested that the equipment design should be similar as Fryma(the mixer design of Fryma brand is shown in below picture). Fryma is a globally renowned brand of food emulsification equipment; the core design features of its mayonnaise emulsifiers include:
Fryma Design Feature | Description |
Integrated three-stage vacuum emulsifier mixer | The emulsification pump and the mixing tank are fully integrated into a single unit. |
Emulsification system | Such system features a bottom-mounted, horizontally positioned three-stage emulsification pump. |
Inherent pumping capability | The emulsification pump possesses a self-priming function, allowing it to actively suck in materials. |
Vacuum system | Incorporate vacuum degassing to enhance product quality.
|
Circulatory emulsification | Materials can be continuously circulated and processed until they meet the required quality standards. |
The client is seeking to identify an alternative solution within China that embodies a similar design philosophy, offers reliable quality, and provides a more competitive price point.

III. Solution
Every equipment selection recommendation is grounded in meeting the specific needs of the client; presented below is the proposed configuration for this particular case.
3.1 Equipment Suitability Analysis
Based on the client's requirements, we recommended the SLFT-H5 and SLFT-H10 model. The two models are designed specifically for small-scale industrial production and formula development.

Client Requirement | SLFT-H Series Match |
Design similar to Fryma | Integrated, three-stage vacuum emulsification machine |
Bottom-mounted horizontal emulsification system | Similar design |
Self-priming pump capability | Emulsification pump features built-in suction functionality |
Formula testing | Small-scale capacities (5L/10L), ideal for R&D purposes |
High cost-effectiveness | Significantly lower price point compared to Fryma |
3.2 Equipment Configuration
Item | Parameter |
Equipment model | SLFT-H5, SLFT-H10 |
Specifications | 5L and 10L |
Vacuum system | Standard vacuum pump included; Vacuum level: -0.08 to -0.09 MPa |
Cooling method | Cooling water sent to the jacket layer |
Agitation system | Anchor-type wall-scraping agitator |
Control system | PLC + Touchscreen |
Material | Stainless Steel 304 |
Pre-treatment configuration | Equipped with an oil-phase hopper to facilitate the addition of oil-phase materials |
IV. Quotation and Communication
After preliminarily identifying a suitable mayonnaise mixing equipment solution, we promptly provided the client with a quotation and initiated a dialogue.
4.1 Quotation Proposal
We presented the client with quotations for two specific models:
Model | Specifications | Applicable Scenarios |
SLFT-H5 | 5L, about 4–5 kg/batch | Small-batch formula testing; minimizes raw material consumption |
SLFT-H10 | 10L, about 8–10 kg/batch | Formula testing + Small-batch production |
Accompanying this proposal, we provided detailed technical documentation regarding the equipment, including:
● Technical Parameter Sheet
● Equipment Structural Diagrams
● Comparative Analysis vs. Fryma Designs
● Explanation of Operating Principles
4.2 Client Decision-Making
As the client had prior experience utilizing similar equipment from Fryma, they possessed a profound understanding of the mayonnaise emulsification process and were thus able to accurately evaluate the technical caliber of our equipment. The client quickly selected the SLFT-H10 model and confirmed their purchase.
V. Equipment Completion and Trial Run
The mayonnaise mixer in this case has already been completed and passed the inspection test.

5.1 Equipment Status
Item | Status |
Equipment production | Completed |
Trial run testing | Completed |
Delivery status | Ready for Overseas Shipment |
5.2 Trial Run Testing
Upon completion of the equipment, we conducted a comprehensive series of trial run tests:
Test Item | Result | Description |
Emulsification pump operation | Normal | The bottom-mounted three-stage emulsification pump operates smoothly. |
Pump suction function | Normal | Capable of directly drawing the oil phase from the material hopper. |
Vacuum system | Normal | Vacuum level reached -0.085 MPa. |
Agitation system | Normal | Wall-scraping agitation ensures basically no dead zones. |
Cooling system | Normal | Cooling water can be normally sent to the jacket layer. |
PLC control | Normal | Touchscreen interface operates smoothly. |
VI. Case Summary
This case study illustrates the complete journey of an international food manufacturer from their initial use of Fryma equipment to their eventual selection of a Chinese-manufactured 10L mayonnaise emulsifier mixer for formula test and trial test.
If you also have needs regarding mayonnaise formula testing or small-batch production, please feel free to contact us for further details.
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