Tumbling machine

Overview
The 3D Tumbler Mixer is a GMP-oriented three-dimensional mixer for uniform, low-shear blending of powders, granules and low-moisture compounds. Suitable for laboratory R&D, pilot runs and small-scale production across pharmaceutical, chemical, food, cosmetic, battery and specialty material sectors. The design focuses on homogeneity, cleanability and controlled mixing parameters.

Key Features

• True three-dimensional motion (axial, radial and translational) for homogeneous blending
• Low-shear tumbling preserves particle integrity and minimizes segregation
• Product-contact parts in SS316; frame and body in SS304 (standard)
• Capacity range: compact lab models up to industrial batches (lab to 100 kg typical)
• Detachable mixing bin for quick loading, unloading and hygienic cleaning
• Precise speed control (VFD for automatic models) and digital timer options
• Safety interlocks, protective covers and robust stand
• Available in manual (hand-operated) and automatic (motor + gearbox + VFD) configurations

Models / Versions

• Manual 3D Tumbler Mixer Machine — compact lab model for R&D and small trial batches; hand-operated, ideal for sampling and product development
• Automatic 3D Tumbler Mixer Machine — lab and pilot models with VFD-controlled bin RPM; motor driven via worm gearbox for precise speed and timing control

Typical Automatic Model Features

• Bin RPM controlled via Variable Frequency Drive (VFD) for accurate speed regulation
• Driven by single-phase or three-phase motor (capacity dependent) coupled with worm gearbox
• Mounted on robust stand with motor and gearbox protection covers
• GMP-compliant hygienic design with smooth internal surfaces and crevice-free construction

Typical Applications

• Pharmaceutical API and excipient blending, nutraceuticals
• Chemicals, pigments, additives and specialty chemicals
• Cosmetic blends, polymer compounds and metal powders
• Battery materials, abrasives, ceramics and precision materials processing

Manual 3D Tumbler - Typical technical specifications (table)
Sr. no. | Container / Bin Volume (L) | Working capacity (kg) | Container / Bin Material | Body and Other parts Material | Drive Type
1 | 0.5 | 0.35 | SS316 | SS304 | Manual (Hand Operated)
2 | 1 | 0.7 | SS316 | SS304 | Manual (Hand Operated)

Automatic 3D Tumbler - Typical technical specifications (table)
Sr. no. | Container / Bin Volume (L) | Working capacity (kg) | Container / Bin Material | Body and Other parts Material | Main Motor Power (HP) | Power supply requirement | Approx. Power Consumption (kW)
1 | 1 | 0.35 | SS316 | SS304 | 0.25 HP | Single Phase | 0.2 kW
2 | 2 | 0.7 | SS316 | SS304 | 0.25 HP | Single Phase | 0.2 kW
3 | 3 | 1 | SS316 | SS304 | 0.5 HP | Single Phase | 0.4 kW
4 | 5 | 1.7 | SS316 | SS304 | 0.5 HP | Single Phase | 0.4 kW
5 | 10 | 3.5 | SS316 | SS304 | 0.5 HP | Single Phase | 0.4 kW
6 | 15 | 5 | SS316 | SS304 | 0.5 HP | Single Phase | 0.4 kW

Additional Notes
Specifications are indicative and may vary depending on material characteristics, process requirements and customization options. Product-contact parts can be supplied in SS316 for pharmaceutical-grade applications. Typical mixing times range from 10–30 minutes depending on material properties, fill level and target homogeneity.

Technical specifications

• Mixing principle: simultaneous rotational, translational and tumbling motions to eliminate dead zones
• Product contact material: SS316 (standard option)
• Structure / body: SS304 with precision-balanced drive
• Control: Manual or VFD-based RPM control for automatic models
• Drive options: Hand-operated (manual) or motor-driven with worm gearbox (automatic)
• Safety: Interlocks, protective covers and detachable bins for hygienic cleaning
• Typical batch sizes: laboratory R&D to pilot / small production (up to 15 kg shown; higher capacities available)
• Energy consumption optimized via efficient drive design