1. It can carry 8 racks, and the whole machine can be equipped with up to 480 metal eyeglass frames (proven stainless steel hangers to avoid deformation of the frame) Reduced polished corners) 2. When the hanger rotates along with the drum, it can rotate independently and improve the polishing efficiency. 3. Intelligent PLC operation control of the hanging device positioning system, perfect implementation of the hanging number and positioning start operation, improve efficiency and reduce costs. 4. Bamboo fiber: The density of bamboo fiber drum is higher than that of traditional wood material, which reduces the use of rolling oil.

The machine uses international standard materials and is safe and stable. The barrels adopt high-density bamboo boards.They are durable and heat-resistant. Continuously variable transmission saves your energy. Transmission system uses gearbox and it is trouble-free. Convenient PLC control. Low noise. The machine is equipped with a gradienter and easy to install. The alarm system  connect to cellphone easy to control Bigger barrel and more space to avoid difference on applications & improve the efficiency of polishingng brightness is prominent.

High energy efficiency with Single motor for two-stage transmission, Easy operation for saving efficient working Efficient heat dissipation with natural ventilation on the sides Bamboo barrel that is resistant to wear and tear with cooling and self-cleaning effects Uniform polishing performance with free flowing grinding method.

The equipment is certified by CE safety test. Wear-resisting German BASF PU liner for the berrel. Special abrasive materials making a smooth and shiny performance. Double-driving system of grinding, shorten working time and improve efficiency. PLC Contral for operation, intelligent, safe, stable, and simple usage. e p

Wood Barrel Dry Polishing Machine | Safe Rotary Tumbling Finishing System Rotary barrel dry polishing machines represent a versatile and safe approach to surface finishing and burnishing operations, offering comprehensive solutions across diverse manufacturing sectors. Available in multiple capacity configurations, these tumbling barrel systems accommodate applications ranging from small precision components to larger industrial parts requiring controlled dry finishing processes. These advanced wood barrel finishing machines can be configured with various polishing media types, including ceramic compounds, plastic media, and specialized buffing materials to achieve precise surface characteristics. The equipment integrates seamlessly with complementary mass finishing systems such as vibratory deburring machines and centrifugal finishers to deliver comprehensive surface preparation solutions. Featuring an engineered safety cover system and multiple operational safeguards, our wood barrel dry polishing equipment prioritizes operator protection while maintaining optimal process efficiency and finishing quality throughout extended production cycles. Professional Equipment Selection Assistance Require guidance selecting the optimal wood barrel dry polishing machine and compatible vibratory tumbling media for your specific application? Our technical specialists provide comprehensive consultation and complimentary quotation services. Primary Applications and Manufacturing Sectors Rotary barrel tumbling systems serve critical functions across multiple industries requiring precise surface burnishing, edge radiusing, oxide removal, and cosmetic finishing of manufactured components. Metal Parts Grinding and Polishing Precision metal component finishing, burr removal, surface smoothing, and luster enhancement for ferrous and non-ferrous materials including aluminum, brass, steel, and zinc alloys Hardware and Fastener Finishing Commercial and industrial hardware components, threaded fasteners, decorative fittings, and architectural hardware requiring consistent surface treatment Plastic Products and Eyewear Injection molded components, acetate eyeglass frames, optical components, and delicate plastic assemblies requiring gentle finishing action Automotive Component Processing Automotive fasteners, trim components, brake hardware, fuel system parts, and various vehicular assemblies requiring surface preparation Motorcycle Parts Finishing Motorcycle hardware, engine components, chrome parts, and decorative trim elements requiring high-quality cosmetic finishing Medical Device Manufacturing Surgical instruments, medical implants, diagnostic equipment components, and biocompatible devices requiring controlled surface treatment Jewelry and Decorative Items Fine jewelry components, watch parts, decorative hardware, and fashion accessories requiring precision polishing and burnishing Electronics Component Processing Connector housings, electronic enclosures, shielding components, and various electronic hardware requiring dry finishing operations Engineering Features and Technical Advantages International Standard Steel Construction Precision-engineered heavy-duty steel frame manufactured to international quality standards ensuring long-term structural stability and operational durability Premium Bamboo Barrel Technology High-density bamboo construction provides superior wear resistance, environmental sustainability, and efficient heat dissipation during extended operation cycles Simplified Control Operation Intuitive operator interface with straightforward controls enabling rapid setup, process adjustment, and minimal training requirements for production personnel Precision Transmission System Standardized mechanical components and precision-matched drive systems deliver stable transmission and consistent performance throughout service life Integrated Safety Systems Comprehensive safety cover design, emergency stop functionality, and protective guarding ensure operator safety and compliance with industrial safety standards Variable Speed Control Adjustable rotation speed settings enable process optimization for different material types, component geometries, and desired finish specifications Technical Specifications | Wood Barrel Dry Polishing Models Model Designation Barrel Capacity (Liters) Overall Dimensions (L × W × H mm) Motor Power (kW) Net Weight (kg) Speed Range (RPM) OBD-YG350 150 L × 2 Barrels (Total: 300L) 1450 × 895 × 1150 (57.1" × 35.2" × 45.3") 1.1 kW 250 kg (551 lbs) 0-34 RPM OBD-YG450 150 L × 4 Barrels (Total: 600L) 1600 × 898 × 1800 (63.0" × 35.4" × 70.9") 1.1 kW 400 kg (882 lbs) 0-34 RPM Configuration Note: Standard specifications shown. Custom wood barrel tumbling machines available with modified barrel quantities, upgraded motor systems, specialized barrel liner materials, and integrated dust collection systems upon request. Related Mass Finishing Equipment and Tumbling Media 600L 20 Cu.Ft Wood Barrel Dry Po...

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Industrial Centrifugal Spin Dryer with Hot Air System | Post-Finishing Drying Equipment Centrifugal spin dryers, also referred to as hot air centrifugal dryers or industrial spin drying systems, are engineered to efficiently remove moisture, residual water, and processing fluids from a wide range of manufactured components following wet finishing operations. These systems operate by combining controlled thermal energy with high-speed centrifugal force to spin workpieces at elevated rotational speeds, allowing moisture to be rapidly extracted from component surfaces and collected in a separate drainage compartment. Our comprehensive product range includes two distinct configuration types -- Economy Type and Heavy-Duty Type -- each available in two capacity sizes: 35 kg and 70 kg. These versatile drying systems function effectively as independent standalone units or integrate seamlessly with existing vibratory finishing machines, centrifugal disc finishers, and tumbling equipment to establish a complete automated mass finishing production line. Professional Equipment Selection Assistance Uncertain about selecting the optimal centrifugal spin dryer and compatible drying media for your post-finishing application? Our technical specialists provide comprehensive consultation and complimentary quotation services tailored to your specific drying requirements. Key Engineering Features and Performance Characteristics Economy and Heavy-Duty Configurations Available in both economy-grade and heavy-duty industrial-grade configurations, each engineered to address specific production requirements. The economy models deliver reliable performance for standard applications, while heavy-duty variants are designed for continuous high-volume industrial drying operations with enhanced durability and extended service life Cost-Effective Drying and Deoiling Process Highly efficient thermal drying technology combined with centrifugal moisture extraction minimizes energy consumption while maximizing throughput. The integrated deoiling capability simultaneously removes residual processing oils, compounds, and fluids, eliminating the need for separate oil removal equipment Rapid Brake Pedal Safety System Precision-engineered mechanical brake system enables rapid deceleration and controlled basket stopping. The foot-operated brake pedal mechanism provides immediate response for enhanced operator safety and efficient loading/unloading cycles during high-speed drying operations Integrated Hot Air Heating System Built-in electric heating elements (1.8-3.0 kW) generate controlled hot air circulation within the drying chamber. Adjustable temperature management ensures optimal moisture evaporation rates while preventing thermal damage to heat-sensitive components and surface finishes Production Line Integration Designed for flexible deployment as a standalone drying unit or as an integrated component within automated mass finishing production lines. Compatible with vibratory bowls, centrifugal disc finishers, barrel tumblers, and media separation systems for seamless workflow continuity High-Speed Centrifugal Extraction Rotational speeds up to 655 RPM generate powerful centrifugal forces that rapidly extract moisture from component surfaces, internal cavities, and complex geometries. Effective removal of water, polishing compounds, cleaning solutions, and residual processing fluids Industrial Applications and Post-Processing Integration Industrial centrifugal dryers serve as essential post-processing equipment across numerous manufacturing sectors where rapid, efficient moisture removal and component drying are critical for maintaining production quality and throughput. Post-Vibratory Finishing Drying Rapid drying of components following wet vibratory finishing, tumbling operations, and mass polishing processes. Removes residual water, compounds, and processing solutions to prepare parts for subsequent operations Post-Washing Component Drying Efficient drying after parts washing, ultrasonic cleaning, aqueous degreasing, and rinsing operations. Prevents water spotting, staining, and corrosion formation on freshly cleaned surfaces Pre-Plating Surface Preparation Critical pre-coating drying ensuring complete moisture removal before electroplating, anodizing, powder coating, and painting operations. Prevents adhesion failures and coating defects caused by residual moisture Deoiling and Degreasing Applications Effective removal of machining oils, cutting fluids, coolants, and lubricant residues from machined components. Combined centrifugal and thermal action strips contaminants from complex part geometries Automotive and Aerospace Parts Precision drying of automotive fasteners, engine components, aerospace hardware, and structural parts requiring contamination-free surfaces for assembly or subsequent processing stages Medical Device and Electronics Drying Controlled-temperature drying for medical components, electronic hardware, precision instru...

German-Engineered Centrifugal Disc Finishing System for Precision Surface Treatment High-precision centrifugal disc finishing machines represent the pinnacle of modern surface finishing technology, delivering exceptional results across demanding applications in aerospace manufacturing, automotive component processing, and medical device production where precision surface finish and dimensional accuracy are critical quality parameters. These advanced mass finishing systems are extensively utilized in precision metalworking, jewelry manufacturing, and specialized component processing industries requiring superior surface quality. Available in multiple configurations with varying automation levels, bowl capacities, and process control capabilities to address specific application requirements. Equipment Selection Consultation Available Need assistance selecting the optimal centrifugal disc finisher and mass polishing media for your application? Contact our technical team for comprehensive consultation and complimentary quotation. Industrial Applications and Use Cases Aerospace Component Finishing Turbine blades, landing gear components, fasteners, precision aerospace hardware requiring strict surface finish specifications Automotive Parts Processing Engine components, transmission parts, fuel injection systems, high-performance automotive hardware Medical Device Manufacturing Surgical instruments, orthopedic implants, dental prosthetics, biocompatible medical components Precision Jewelry Production Fine jewelry components, watch parts, decorative hardware, precious metal finishing Electronics Manufacturing Connectors, precision electronic components, miniature hardware, contact elements Tool and Die Manufacturing Cutting tools, dies, molds, precision tooling components requiring superior edge quality Advanced Technical Features and Capabilities Variable Speed Control System Precision RPM control enables optimization of finishing intensity and process parameters for different materials and surface requirements Ergonomic 135° Tilting Bowl Advanced work bowl tilting mechanism facilitates efficient part discharge and media separation while minimizing operator fatigue Dual-Mode Processing Capability Low-speed operation for fine polishing and mirror finishing; high-speed mode for aggressive deburring and stock removal High-Efficiency Processing Achieves 10-30 times faster processing compared to conventional vibratory finishing equipment, significantly reducing cycle times Technical Specifications | Model LL50 Description Model Bowl Capacity Dimensions Motor Power Net Weight Liters L × W × H (mm) kW kg LL50 50 L 1020 × 860 × 1600 2.3 kW 180 kg Technical Note: Specifications represent standard configuration. Custom centrifugal finishing equipment available with modified bowl capacities, motor ratings, and automation packages to meet specific production requirements. Complete Model Range and Configuration Options Our comprehensive line of centrifugal disc finishing systems encompasses multiple configurations optimized for diverse surface finishing applications, from small-batch precision polishing to high-volume production deburring operations. Gap System Configurations Adjustable Gap System Available Capacities: 20L, 38L Optimal for variable part geometries and mixed-batch processing Zero Gap System Available Capacities: 20L, 50L Maximum finishing intensity for aggressive material removal Processing Method Options Wet Processing Systems Models: 20L, 38L, 50L Integrated compound delivery and water recirculation Applications: Deburring, polishing, descaling Dry Processing Systems Models: 20L, 38L Dust extraction system compatible Applications: Burnishing, dry polishing, surface densification Compatible Media Types Ceramic media - General deburring, edge radiusing Plastic media - Delicate parts, soft metals Porcelain media - Fine polishing, pre-plate prep Steel media - Burnishing, compressive finishing Organic media - Pre-polish, gentle deburring Synthetic media - High-precision applications Abrasive compounds - Enhanced cutting action Centrifugal Finishing Technology Advantages Accelerated Processing Speed 10-30x faster than conventional vibratory finishing methods, dramatically reducing production cycle times Superior Surface Quality Achieves mirror-finish surface roughness (Ra < 0.1µm) with exceptional uniformity and consistency Operational Cost Efficiency Reduced energy consumption, minimal media wear, and extended equipment service life Process Repeatability Programmable parameters ensure consistent batch-to-batch results for quality assurance compliance Environmental Sustainability Closed-loop water recycling minimizes waste discharge and environmental impact Precision Process Control Variable speed, timer controls, and gap adjustment enable fine-tuning for optimal results Equipment Visualization Professional-grade centrifugal disc finisher engineered for demanding industrial surface finishing applications requir...