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Product Introduction
Engineered for precision, reliability, and maximum production efficiency in demanding industrial environments.
Patented hoop clamping mechanism allows full drum exchange in under 2 minutes. No cleaning downtime between batches — simply swap and continue production.
Each product batch stays in its own dedicated drum. Material never contacts machine internals, eliminating contamination risks completely.
Mirror-polished 316L stainless steel construction with Ra < 0.8μm finish. FDA-approved seals, no dead spots, fully drainable and washable design.
3D tumbling action preserves particle integrity. Ideal for fragile granules, heat-sensitive materials, and delicate pharmaceutical formulations.
Low power consumption compared to conventional mixers. Variable frequency drive optimizes energy usage while providing precise speed control.
Sealed bearing system, heavy-duty construction, and minimal wear parts. Designed for 24/7 operation with annual maintenance only.
Quality That Speaks For Itself
Every Drum Hoop Mixer is built to exceed industry standards. Rigorous quality control ensures your investment delivers decades of reliable performance.
316L pharmaceutical-grade stainless steel for all product contact parts. Certified material traceability provided.
CNC machined components, laser-cut frame, robotic welding for consistent quality and perfect alignment.
Every unit undergoes 48-hour continuous run testing with full load before shipment. Performance certificate included.
Industry-leading warranty covering all parts and labor. Lifetime technical support and spare parts availability.
Product Overview
The drum mixer (also known as a drum pre-mixer) is an efficient mixing machine for powders and granules. It is widely used in dry powder mixing processes across industries including pharmaceuticals, food, chemicals, feed, metallurgy, and electronics. Through the 360° rotation of the drum, the equipment causes materials to undergo multiple movements, such as translation, shearing, and diffusion, in an enclosed container, thereby achieving thorough and uniform mixing within a short time.
The drum mixer is particularly suitable for mixing applications requiring high uniformity and involving materials with significant differences in specific gravity. With its compact structure, easy operation, attractive appearance, small footprint, and excellent mixing performance, it has become an ideal choice for powder mixing processes in many industries.
Working Principle
The drum mixer consists of core components including a motor, cycloidal pinwheel reducer, base, mixing hoop, and mixing drum.
Its operating process is as follows: The motor is directly mounted on the shaft end cover of the cycloidal pinwheel reducer. The reducer output shaft transmits motion to the drive shaft on the base through a flexible coupling. The nylon guide wheels on the drive shaft use friction to drive the mixing hoop in a 360° rotational motion. The mixing drum rotates accordingly, causing the materials inside to undergo combined movements such as translation, shearing, and diffusion.
During rotation, the materials undergo forward rolling mixing, inclined mixing on both sides, and multidirectional, multi-angle mixing inside the drum. The upper and lower inclination angle of the drum can reach 40°. This multidirectional movement increases the number of cross-mixing points within the drum, significantly improving the mixing effect. The equipment can also operate in both forward and reverse directions, further enhancing mixing uniformity.
Structural Features
Drive system: Features a direct connection between the cycloidal pinwheel reducer and motor, offering high transmission efficiency and smooth operation.
Mixing drum: The drum is made of stainless steel, with finely polished inner and outer walls. It has no dead corners or material accumulation and complies with GMP standards. The drum can rotate 360° circumferentially and, together with a 40° upper and lower inclination angle, ensures all-round material mixing.
Guide mechanism: Nylon guide wheels are installed on the drive shaft and use friction to drive the mixing hoop to rotate, providing a simple and reliable structure.
Overall structure: Compact structure, small footprint, easy operation, and attractive appearance.
Closed mixing: Materials are mixed inside the enclosed mixing drum, preventing dust leakage and ensuring hygiene and safety.
Product Advantages
High mixing uniformity: Materials undergo multiple combined movements, including translation, shearing, and diffusion, inside the drum. With numerous cross-mixing points, the mixing effect is excellent.
High loading coefficient: The loading coefficient can reach 0.6, higher than the 0.4 of conventional mixers, enabling a large single-batch processing capacity.
High mixing efficiency: Typical mixing time is only 8–12 minutes, providing high efficiency in a short time.
No-dead-corner design: The inner wall of the drum is finely polished, with no dead corners or material accumulation, allowing easy discharge and cleaning.
Easy operation: Compact structure, easy operation, and small footprint.
Hygienic and safe: The drum is made of stainless steel, provides good sealing performance, and meets GMP standard requirements.
Wide range of applications: Suitable for the pharmaceutical, food, chemical, electronics, feed, metallurgy, ceramics, and other industries.
Technical Parameters
Engineered for precision, reliability, and maximum production efficiency in demanding industrial environments.
Patented hoop clamping mechanism allows full drum exchange in under 2 minutes. No cleaning downtime between batches — simply swap and continue production.
Each product batch stays in its own dedicated drum. Material never contacts machine internals, eliminating contamination risks completely.
Mirror-polished 316L stainless steel construction with Ra < 0.8μm finish. FDA-approved seals, no dead spots, fully drainable and washable design.
3D tumbling action preserves particle integrity. Ideal for fragile granules, heat-sensitive materials, and delicate pharmaceutical formulations.
Low power consumption compared to conventional mixers. Variable frequency drive optimizes energy usage while providing precise speed control.
Sealed bearing system, heavy-duty construction, and minimal wear parts. Designed for 24/7 operation with annual maintenance only.
Quality That Speaks For Itself
Every Drum Hoop Mixer is built to exceed industry standards. Rigorous quality control ensures your investment delivers decades of reliable performance.
316L pharmaceutical-grade stainless steel for all product contact parts. Certified material traceability provided.
CNC machined components, laser-cut frame, robotic welding for consistent quality and perfect alignment.
Every unit undergoes 48-hour continuous run testing with full load before shipment. Performance certificate included.
Industry-leading warranty covering all parts and labor. Lifetime technical support and spare parts availability.
Product Overview
The drum mixer (also known as a drum pre-mixer) is an efficient mixing machine for powders and granules. It is widely used in dry powder mixing processes across industries including pharmaceuticals, food, chemicals, feed, metallurgy, and electronics. Through the 360° rotation of the drum, the equipment causes materials to undergo multiple movements, such as translation, shearing, and diffusion, in an enclosed container, thereby achieving thorough and uniform mixing within a short time.
The drum mixer is particularly suitable for mixing applications requiring high uniformity and involving materials with significant differences in specific gravity. With its compact structure, easy operation, attractive appearance, small footprint, and excellent mixing performance, it has become an ideal choice for powder mixing processes in many industries.
Working Principle
The drum mixer consists of core components including a motor, cycloidal pinwheel reducer, base, mixing hoop, and mixing drum.
Its operating process is as follows: The motor is directly mounted on the shaft end cover of the cycloidal pinwheel reducer. The reducer output shaft transmits motion to the drive shaft on the base through a flexible coupling. The nylon guide wheels on the drive shaft use friction to drive the mixing hoop in a 360° rotational motion. The mixing drum rotates accordingly, causing the materials inside to undergo combined movements such as translation, shearing, and diffusion.
During rotation, the materials undergo forward rolling mixing, inclined mixing on both sides, and multidirectional, multi-angle mixing inside the drum. The upper and lower inclination angle of the drum can reach 40°. This multidirectional movement increases the number of cross-mixing points within the drum, significantly improving the mixing effect. The equipment can also operate in both forward and reverse directions, further enhancing mixing uniformity.
Structural Features
Drive system: Features a direct connection between the cycloidal pinwheel reducer and motor, offering high transmission efficiency and smooth operation.
Mixing drum: The drum is made of stainless steel, with finely polished inner and outer walls. It has no dead corners or material accumulation and complies with GMP standards. The drum can rotate 360° circumferentially and, together with a 40° upper and lower inclination angle, ensures all-round material mixing.
Guide mechanism: Nylon guide wheels are installed on the drive shaft and use friction to drive the mixing hoop to rotate, providing a simple and reliable structure.
Overall structure: Compact structure, small footprint, easy operation, and attractive appearance.
Closed mixing: Materials are mixed inside the enclosed mixing drum, preventing dust leakage and ensuring hygiene and safety.
Product Advantages
High mixing uniformity: Materials undergo multiple combined movements, including translation, shearing, and diffusion, inside the drum. With numerous cross-mixing points, the mixing effect is excellent.
High loading coefficient: The loading coefficient can reach 0.6, higher than the 0.4 of conventional mixers, enabling a large single-batch processing capacity.
High mixing efficiency: Typical mixing time is only 8–12 minutes, providing high efficiency in a short time.
No-dead-corner design: The inner wall of the drum is finely polished, with no dead corners or material accumulation, allowing easy discharge and cleaning.
Easy operation: Compact structure, easy operation, and small footprint.
Hygienic and safe: The drum is made of stainless steel, provides good sealing performance, and meets GMP standard requirements.
Wide range of applications: Suitable for the pharmaceutical, food, chemical, electronics, feed, metallurgy, ceramics, and other industries.
Why Choose Guibao
Decades of Expertise, Strong Manufacturing Strength
With four decades of pharmaceutical equipment expertise, we deliver high-standard solutions through mature processes and core technologies.
International Certifications, Assured Quality and Compliance
ISO 9001, CE, and other international certifications ensure standardized production, reliable quality, and dependable service at every stage.
University-Industry R&D, Customized Technical Support
Together with Jiangnan University, we operate an intelligent manufacturing R&D center, providing customized equipment optimization, production line upgrades, and MES/SCADA solutions for smarter operations.
Full-Lifecycle Concierge Service, Worry-Free Support Throughout
Full-lifecycle support from planning to maintenance ensures stable production. Guibao Group delivers efficient equipment and complete production lines with advanced technology and responsive service.
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