The price of a double ribbon mixer usually ranges from $1,200 to $30,000. The final cost depends mainly on the mixer capacity, construction material, motor configuration, discharge design, and customized functions.
Small double ribbon mixers with capacities of 100L-300L are generally priced between $1,200 and $4,200, while industrial models with larger capacities, stainless steel construction, or special configurations may cost $10,000 or more.
When purchasing a double ribbon mixer, the equipment price should be evaluated based on production requirements rather than capacity alone. Factors such as material characteristics, mixing accuracy, automation level, and operating environment can significantly affect the final quotation.
Double ribbon mixer features a unique double-helix ribbon rotor design, enabling materials to undergo multiple motion modes within the drum, including convection, shearing, and diffusion. This results in highly uniform mixing in a shorter time. Compared to traditional single-ribbon or paddle mixers, the double-ribbon structure demonstrates significant advantages when handling viscous materials or mixing components containing fibers or granules. It combines gentle stirring with powerful diffusion, effectively reducing material breakage and improving batch stability.
The materials used in double ribbon mixers can be selected from carbon steel, stainless steel, or wear-resistant liners, depending on process requirements. Volumes range from small laboratory models (tens of liters) to large industrial models (tens of thousands of liters). Configurations can also be expanded to include heating, cooling, liquid spraying, and vacuum functions to adapt to complex production scenarios. Due to differences in model specifications, material selection, customization levels, and manufacturing requirements, double ribbon mixer prices can vary significantly. For example, a standard carbon steel mixer may have a lower cost, while stainless steel models with heating jackets, vacuum systems, explosion-proof motors, or customized discharge designs require additional investment.
The following table provides estimated Double ribbon mixer price based on standard industrial configurations and common customer requirements. Prices are calculated according to factors such as mixer capacity, material selection, motor power, and equipment configuration.
The actual quotation may vary depending on material characteristics, voltage standards, automation requirements, shipping conditions, and customized designs.
| Total Volume (L) | Working Volume (L) | Motor Power (kW) | Material Option | Estimated Price Range |
| 100L | 40L-70L | 2.2kW | Full Stainless Steel 304 | $1,200-$2,200 |
| 300L | 120L-210L | 4.0kw | Carbon Steel Full Stainless Steel 304 | $1,600-$4,200 |
| 500L | 200L-350L | 5.5 kW-7.5 kW | Carbon Steel Full Stainless Steel 304 | $2,300-$6,500 |
| 1000L | 400L-700L | 11kW | Carbon Steel Full Stainless Steel 304 | $3,500-$11,000 |
| 2000L | 800L -1400L | 15kW-18.5kW | Carbon Steel Full Stainless Steel 304 | $5,800-$18,500 |
The price of a double ribbon mixer is mainly influenced by capacity, construction materials, motor configuration, discharge design, and customization requirements. Different production conditions require different equipment specifications, which directly affect manufacturing costs and the final quotation.
Materials: Material is the primary factor affecting the basic cost of the equipment. Parts of a double ribbon mixer that come into contact with materials are typically made of carbon steel, 304 stainless steel, or 316L stainless steel. Carbon steel is wear-resistant and economical, suitable for applications such as mineral powders and building materials where hygiene is not a major concern. However, the food, pharmaceutical, and fine chemical industries require stainless steel to ensure corrosion resistance and pollution-free production. Upgrading the material often means a significant increase in the budget.For example, a carbon steel double ribbon mixer is usually selected for dry powder or building material applications where corrosion resistance is not required. In contrast, 304 or 316L stainless steel mixers have higher costs because of better corrosion resistance, hygiene standards, and more complex manufacturing processes.
Capacity and Specifications: The effective volume directly determines the amount of material used and manufacturing time, making it a hard indicator for pricing. The price range is vast, from small laboratory machines of tens of liters to large machines of tens of cubic meters on industrial production lines. Generally, the larger the capacity, the higher the specifications required for the cylinder, ribbon shaft, and support structure, and the more difficult the welding and assembly become.For example, a 100L double ribbon mixer requires less steel, a smaller drive system, and simpler manufacturing compared with a 2000L industrial mixer. Therefore, large-capacity models usually have a much higher price due to increased material usage and structural requirements.
Drive and Motor: The configuration of the power system directly affects the mixing effect and operating energy consumption. Motor power needs to be precisely calculated based on the material's bulk density, viscosity, and total load. Higher power corresponds to higher costs for the motor, reducer, and coupling. Furthermore, there is a significant price difference between ordinary three-phase asynchronous motors and explosion-proof, variable frequency speed control, and energy-saving motors.The motor configuration also affects the final double ribbon mixer cost. Standard motors are more economical, while explosion-proof motors, variable frequency drives (VFD), and customized electrical systems require additional investment.
Customization and Additional Functions: Standardized equipment prices are relatively transparent, while customization is the core variable causing price differences. Common customization directions include: adding heating/cooling jackets to meet constant temperature mixing processes; equipping with a liquid spraying system for liquid addition; designing vacuum or pressure-resistant machine covers; optimizing the discharge valve type; and adding wear-resistant liners or spraying hard alloy coatings to the ribbon and inner wall of the cylinder for highly abrasive materials. In addition, non-standard interface sizes, integration of automatic control systems, and modifications to existing production lines will increase design and assembly time, thus driving up the final price.
When choosing a double ribbon mixer within your budget, consider the required batch size, material characteristics, and production conditions before comparing quotations. The following factors can help you select a suitable configuration without paying for unnecessary features.
Match the Mixer Capacity to Your Production Needs
Choose the mixer based on the required batch size, material bulk density, and number of batches per hour. A smaller model may be suitable for pilot production or small batches, while continuous high-volume production planning may require a larger working volume or more frequent mixing cycles. Check both total volume and working volume when comparing models.
Choose the Appropriate Construction Material
Carbon steel is often a cost-effective option for non-corrosive industrial powders. Stainless steel may be necessary for applications with corrosion-resistance, cleanliness, or hygiene requirements. The appropriate material depends on the product being processed and the relevant industry standards.
Evaluate Optional Configurations
Explosion-proof motors, variable frequency drives, heating or cooling jackets, liquid spraying systems, and specialized discharge valves can increase the initial equipment cost. Select these options according to your actual process requirements rather than choosing every available feature.
Compare Complete Quotations
When comparing double ribbon mixer prices, confirm the motor and reducer specifications, contact-part materials, sealing design, control system, spare parts, and included services. Also clarify whether installation, packaging, and shipping are included. Comparing equivalent configurations provides a more meaningful basis for evaluating suppliers.
If you provide your required batch size, material characteristics, and desired configuration, Dahan can evaluate the application and recommend a suitable double ribbon mixer for your production needs.
When comparing double ribbon mixer suppliers, buyers should evaluate equipment specifications, material options, customization capabilities, and after-sales support alongside the initial price. Dahan can assess your production requirements and recommend a suitable mixer configuration based on batch size, material properties, and operating conditions. Confirm the specifications and included services in the quotation before placing an order.
Manufacturing and Quality Control
Before ordering a double ribbon mixer, confirm the manufacturing schedule, inspection procedures, and delivery requirements with the supplier. Dahan can provide equipment specifications and relevant production or inspection information for evaluation, subject to the availability of the requested documentation. Buyers should confirm the agreed delivery schedule and acceptance criteria in the order contract.
Customized Double Ribbon Mixer Configurations
Double ribbon mixers can be configured according to the properties of the materials being processed and the requirements of the production line. Depending on the application, customization may include contact-part materials, motor and reducer specifications, sealing arrangements, discharge valves, heating or cooling jackets, and liquid spraying systems. Confirm the required functions, materials, and technical specifications before requesting a quotation, as each additional feature may affect the final equipment price.
Configuration and Cost Comparison
A lower initial price does not necessarily mean a lower total purchasing cost. Compare suppliers based on equivalent working volume, construction materials, motor configuration, sealing design, control system, and included services. Also clarify warranty terms, spare-parts availability, installation requirements, and shipping costs. Dahan can provide a configuration-based quotation so buyers can evaluate the proposed equipment against their actual production requirements.
The price of a double ribbon mixer usually depends on capacity, material, motor configuration, and customization requirements. Small models may cost less, while large industrial mixers with stainless steel or special functions require a higher investment.
The main factors affecting price include mixer capacity, material selection, motor power, discharge design, and additional functions such as heating, cooling, or automation systems.
Yes. Stainless steel models usually cost more because they provide better corrosion resistance, hygiene performance, and durability for demanding applications.
To get an accurate quotation, provide the material characteristics, required capacity, batch size, contact material requirements, motor specifications, and any special configurations needed.
Address:China,Yanjin county forest park gate to the west 1000 meters north road.
Online Chat 
Email