SLU-600 for Sugar Powder Production Expansion
By:Salinovate Team
This article details the complete process of a sugar powder production expansion project for a food manufacturer, documenting the entire workflow from capacity requirement analysis, equipment selection, and customized design through to installation and commissioning. The equipment ultimately purchased by the client was our SLU-600 sugar grinder, intended for the production of one ton of sugar powder per hour.

I. Project Background: The Need for Expanded Sugar Powder Capacity
The client featured in this case study is a food manufacturing plant. Sugar powder serves as one of their core raw materials, utilized extensively across product lines such as baked goods, pastries, and powdered beverages. Due to business expansion, their existing sugar powder production capacity was no longer sufficient to meet operational demands, creating an urgent need to increase capacity.
1.1 Core Requirements
Requirement Dimension | Specific Criteria |
Target capacity | 1 ton/hour |
Fineness requirement | 80–100 mesh |
II. Solution: SLU-600 Powder Grinder with Cyclone Dust Collecting System
The client's fineness requirement is 80–100 mesh, which falls within the standard range for powdered sugar. The cost-effective design of the SLU series is sufficient to meet this need, eliminating the necessity to invest in the higher-cost SLA ultra-fine series.
Fineness Requirement | Recommended Series | Rationale |
80-100mesh (Standard powdered sugar) | SLU series | Economical; fineness controlled via sieves |
200-500mesh (Ultra fine icing sugar) | SLA series | Air classification; high precision |
2.1 Equipment Selection
Based on the client's required production capacity of 1 ton per hour, we recommended the SLU-600 model, paired with a cyclone separator and a dust collection system to ensure continuous, dust-free production.
Item | Specification | Function |
Model | SLU-600 | Grind sugar into fine powder |
Grind motor | 22kw | Drive the pulverizing blades for high-speed rotation |
Blower motor | 11kw | Power airflow conveyance and dust extraction |
Rotary valve motor | 1.5kw | Air-locking mechanism for discharge; prevents air leakage |
Cyclone separator | Matched unit | Gas-solid separation; finished product is discharged here |
Dust collection system | Matched unit | Dust recovery; ensure compliance with environmental standards |
III. Proposal Consultation and Customized Design
Upon confirming the compatible equipment model, we immediately engaged in a detailed consultation with the client regarding the proposed solution to ensure a seamless production process.
3.1 Proposal Presentation and Discussion
We provided the client with a detailed quotation proposal and conducted a comprehensive presentation via a meeting:
Discussion Topic | Description |
Equipment configuration list | Detailed breakdown of the main unit, motor, cyclone separator, and dust collector components. |
Technical parameter confirmation | Verification of production capacity, product fineness, and power matching requirements. |
Equipment dimensions | Specific discussion addressing workshop height restrictions. |
Installation requirements | Specifications for the foundation, spatial layout, and piping connections. |
3.2 Customized Design: Addressing Workshop Height Restrictions
The client's production workshop had limited ceiling height, making it impossible to install the standard equipment layout directly. We developed a customized design specifically to address this unique situation:
Customization Item | Standard Design | Customized Solution |
Dust collector base | Include support legs and a discharge hopper. | Support legs removed; unit sits directly on the floor. |
Dust collector discharge | Feature a bottom discharge outlet. | Bottom discharge outlet removed, open the door to collect the powder dust. |
Overall height | Higher profile. | Reduced by approximately 500 mm. |
Note: The finished product is discharged from the bottom of the cyclone separator; the dust collector serves only to collect fine dust particles. Therefore, removing the bottom discharge outlet on the dust collector does not interfere with normal production operations.
3.3 Drawing Confirmation and Order Placement
Upon completing the customized design, we submitted the equipment drawings to the client for final verification. Once the client confirmed that the drawings were accurate and satisfactory, the order for production was officially placed.
IV. Equipment Delivery and Installation
Currently, the machine has already been in the customer's factory for the installtion.

4.1 Equipment Status
Item | Status |
Equipment manufacturing | Completed |
Custom modifications | Completed (Per drawings) |
Factory testing | Completed |
Factory testing | Completed |
Shipping status | Shipped to Customer's Facility |
Installation & commissioning | In progress |
4.2 Complete Equipment List
Equipment Name | Specifications | Quantity |
Main crusher unit | 22kw | 1 unit |
Blower | 11kw | 1 unit |
Rotary valve | 1.5kw | 1 unit |
Cyclone separator | Matching set | 1 set |
Dust collection system | Matching set | 1 set |
Piping & Connectors | Matching set | 1 set |
Electrical control cabinet | Button Control | 1 set |
V. Case Summary
In this client case study, after comprehensively evaluating the client's specific requirements and cost considerations, we recommended the SLU-600 sugar powder grinder. It is the most cost-effective solution available to successfully meet their need for increased sugar powder production capacity. Furthermore, taking into account the height constraints of the client's production facility, we provided a customized modification to the equipment.
If your sugar powder production line also requires pulverizing equipment, we invite you to contact us for expert advice on model selection.



