Auto PLC Industrial Rotary Buffing Tumbler Deburring Surface Finishing Automatic Grinding Machine

The environmental friendly polish machine makes the working envionment clear and safe.The machine equiped with individual motor,suction ventilator and water circulation. 90% of the dust cause by the polishing process could be absorbed,thus make the air clear in the working environment. The machine working individually and could be move easily, convenient installation and operation.

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...

Heavy-Duty Vibratory Tub Finishing System for Large Component Processing Vibratory tub finishers represent an optimal solution for processing elongated, oversized, and sensitive workpieces that exceed the capacity constraints of conventional circular bowl vibrators. Our comprehensive range of industrial trough vibrators offers multiple size configurations and geometric profiles specifically engineered for heavy-duty mass finishing applications. These rectangular vibratory finishing systems feature robust, direct-drive unbalanced motor assemblies delivering superior power transmission and operational reliability. For applications requiring simultaneous processing of multiple delicate components, our tub vibrators can be equipped with precision-engineered chamber divider systems to prevent part-on-part contact damage and maintain strict process control. Primary Applications and Component Types Trough vibratory finishing equipment is extensively utilized across automotive, aerospace, and heavy machinery manufacturing sectors for processing large-scale precision components requiring controlled surface preparation, deburring, and finishing operations. Crankshaft Finishing Automotive and marine engine crankshafts, connecting rods, camshafts requiring precision journal polishing and fillet radiusing Bearing Cage Processing Rolling element bearing cages, retainers, separators for surface smoothing and edge conditioning Turbine Blade Treatment Aerospace turbine blades, compressor blades, stator vanes requiring critical airfoil surface finishing Hydraulic Housing Components Hydraulic valve bodies, manifolds, pump housings for internal passage cleaning and burr removal Transmission Housing Processing Gearbox housings, differential cases, transmission components requiring precision cleaning and surface preparation Long Shaft Components Drive shafts, axles, spindles, elongated machined components exceeding standard bowl capacity limitations Advanced Engineering Features and Design Specifications Heavy-Duty Steel Construction Premium-grade structural steel fabrication with reinforced welded construction maximizing equipment durability while minimizing maintenance requirements and operational downtime High-Performance Drive System Industrial-grade direct-drive vibratory motors with variable frequency drive capability enabling precise control over amplitude and finishing intensity Large Component Accommodation Optimized for processing high-value individual components, irregular geometries, and oversized parts requiring gentle handling and controlled media action Chamber Divider System Optional precision-manufactured segregation dividers prevent component-to-component contact, eliminating damage risk during batch processing operations Technical Specifications | Tub Vibrator Model Range Specification Parameter Model L1300 Model L1500 Model L1800 Bowl Capacity 1200 L / 42.4 cu.ft 1500 L / 53.0 cu.ft 1800 L / 63.6 cu.ft Overall Dimensions (Length × Width × Height) 2700 × 1300 × 1400 mm 106.3" × 51.2" × 55.1" 3340 × 1290 × 1440 mm 131.5" × 50.8" × 56.7" 2800 × 1700 × 2000 mm 110.2" × 66.9" × 78.7" Working Bowl Dimensions (Internal Chamber) 1200 × 1000 × 1000 mm 47.2" × 39.4" × 39.4" 1500 × 1000 × 1000 mm 59.1" × 39.4" × 39.4" 1800 × 1400 × 1000 mm 70.9" × 55.1" × 39.4" Motor Power Rating (Dual Motor Configuration) 5.0 kW × 2 5.5 kW × 2 7.5 kW × 2 Polyurethane Liner Thickness (Wear-Resistant Coating) 20-35 mm / 0.8"-1.4" 20-35 mm / 0.8"-1.4" 20-35 mm / 0.8"-1.4" Net Equipment Weight 2200 kg / 4,850 lbs 2600 kg / 5,732 lbs 3000 kg / 6,614 lbs Control Panel System Standard Standard Standard Chamber Divider Availability Optional Accessory Optional Accessory Optional Accessory Engineering Note: All specifications represent standard production configurations. Custom tub vibratory finishers available with modified bowl geometries, upgraded motor packages, specialized PU lining formulations, and integrated automation systems to meet specific application requirements. Tub Vibrator Technology Advantages Large Component Capacity Accommodates elongated and oversized workpieces exceeding circular bowl dimensional constraints Gentle Part Handling Controlled media action and optional dividers protect sensitive high-value components from damage Heavy-Duty Construction Robust steel fabrication ensures extended service life and minimal maintenance requirements Versatile Processing Suitable for deburring, polishing, cleaning, descaling, and surface preparation operations Process Flexibility Variable speed control enables optimization for diverse materials and finishing requirements Cost-Effective Operation Energy-efficient direct-drive motors and durable polyurethane linings reduce operational expenses Related Terminology and Search Keywords Vibratory tub finisher | Trough vibrator | Rectangular vibratory finishing machine | Heavy-duty mass finishing equipment | Large component deburring system | Industrial tub vibrator | Long part finishing equi...

The  rotary vibrator is wildly uesd for applications in different size,shape and materials including metal,plastic,ceramic,rubber stone and wood. It can be used for deburring,surface grinding,descaling,de-oiling,cleaning,radiusing and polishing of stampings,machine components,saw-cut,custom-ben,forgings andcastings."Vibration Wheel Polishing Machine""Deburring Barrel Polishing Machine"Deburring Machine""Vibration Polishing Machine For Metal" "Vibration Polishing Machine Wheels""Wheel Polishing Machine Vibrator""Automatic Deburing Polishing Machine" "Vibration Finishing Polishing Machine""Polishing Machine Polishing Machine""Polishing Deburring Machine""Surface Metal Polishing

Automotive Parts Centrifugal Spin Dryer | Industrial Hot Air Drying Equipment Automotive parts centrifugal dryers, also known as car component hot air dryers or automotive manufacturing drying systems, are purpose-built to meet the strict cleanliness and drying requirements of the automotive industry. These systems efficiently remove moisture, cutting fluids, and processing residues from engine components, fasteners, and body parts after machining, washing, and finishing operations. Our automotive-grade product line includes Standard Production and Heavy-Duty Continuous configurations in 35 kg and 70 kg capacities. These automotive drying systems operate as standalone units or integrate seamlessly with automotive machining lines, parts washers, and plating systems to create a fully automated production workflow. Automotive Industry Drying Solution Consultation Need a centrifugal dryer that meets automotive quality standards? Our automotive specialists provide free technical assessment and customized quotes for your specific component drying requirements. Automotive-Grade Features & Performance Standards IATF 16949 Compliant Design Engineered to meet automotive industry quality standards with traceable components and consistent performance. Delivers repeatable drying results required for automotive production certification and quality control Zero Residue Drying Technology Combined high-G centrifugal force and hot air circulation eliminates all traces of moisture and fluids from blind holes, threads, and complex geometries. Prevents water spotting and corrosion on critical automotive components High-Volume Batch Processing Designed for continuous automotive production with fast 3-5 minute cycle times. Handles large batches of fasteners, bolts, nuts, and small components efficiently while maintaining uniform drying quality Precision Temperature Regulation Adjustable temperature control from ambient to 120°C protects heat-sensitive automotive components like plastic parts, rubber seals, and electronic assemblies during drying Automated Production Integration Ready for integration with automotive robotic systems and conveyor lines. Supports PLC control and Industry 4.0 connectivity for fully unmanned operation in modern automotive factories Part Damage Prevention Gentle centrifugal action and specialized basket designs prevent part-to-part contact and surface damage. Ideal for delicate automotive components with precision machined surfaces Automotive Component Drying Applications Automotive centrifugal dryers are essential equipment in automotive manufacturing, providing reliable drying for every stage of component production from raw machining to final assembly. Engine & Powertrain Components Dries engine blocks, cylinder heads, pistons, crankshafts, valves, and transmission parts after machining and washing operations Fasteners & Hardware Batch drying of bolts, nuts, screws, washers, rivets, and other small automotive fasteners before plating or assembly Chassis & Suspension Parts Dries brackets, control arms, springs, shock absorber components, and brake system parts after stamping and machining Pre-Plating & Pre-Coating Critical drying before electroplating, powder coating, e-coating, and painting to ensure perfect coating adhesion and finish quality Body & Trim Components Dries sheet metal stampings, door components, trim pieces, and decorative hardware before assembly or surface treatment Electrical & Electronic Parts Gentle drying for wire harness components, connectors, sensor housings, and electronic control unit enclosures Technical Specifications | Automotive Grade Dryer Range Specification Model 35 (Heavy-Duty) Model 35A (Standard) Model 70A (Standard) Model 70 (Heavy-Duty) Automotive Parts Capacity 30 kg 66.1 lbs 35 kg 77.2 lbs 60 kg 132.3 lbs 50 kg 110.2 lbs Overall Dimensions (L x W x H mm) 650 x 800 x 800 25.6" x 31.5" x 31.5" 750 x 700 x 710 29.5" x 27.6" x 28.0" 900 x 580 x 730 35.4" x 22.8" x 28.7" 800 x 1000 x 850 31.5" x 39.4" x 33.5" Drying Basket Size (Dia. x Height mm) 400 x 300 15.7" x 11.8" 400 x 285 15.7" x 11.2" 480 x 290 18.9" x 11.4" 500 x 400 19.7" x 15.7" Drive Motor Power 0.75 kW 1.0 HP 0.75 kW 1.0 HP 1.1 kW 1.5 HP 1.1 kW 1.5 HP Heating Element Power 3.0 kW 1.8 kW 3.0 kW 3.0 kW Standard Power Supply 380V 3-Phase 380V 3-Phase 380V 3-Phase 380V 3-Phase Net Machine Weight 80 kg 176.4 lbs 150 kg 330.7 lbs 170 kg 374.8 lbs 100 kg 220.5 lbs Maximum Rotational Speed 655 RPM 551 RPM 551 RPM 551 RPM Automotive Note: All models can be configured with automotive-specific options including part protection baskets, oil recovery systems, and PLC integration. Custom voltage configurations available for global automotive manufacturing facilities. Automotive-Specific Optional Upgrades Part Protection Drying Baskets Custom-designed partitioned baskets with soft liners prevent part damage and scratching. Ideal for precision-machined automotive components and decorative ...

The  rotary vibrator is wildly uesd for applications in different size,shape and materials including metal,plastic,ceramic,rubber stone and wood. It can be used for deburring,surface grinding,descaling,de-oiling,cleaning,radiusing and polishing of stampings,machine components,saw-cut,custom-ben,forgings andcastings."Vibration Wheel Polishing Machine""Deburring Barrel Polishing Machine"Deburring Machine""Vibration Polishing Machine For Metal" "Vibration Polishing Machine Wheels""Wheel Polishing Machine Vibrator""Automatic Deburing Polishing Machine" "Vibration Finishing Polishing Machine""Polishing Machine Polishing Machine""Polishing Deburring Machine""Surface Metal Polishing

Radiant Results with Our Polishing Liquid: The Surface Finishing Solution This innovative product is specifically designed to give your surfaces a smooth, polished look that will turn heads and leave a lasting impression. With the ability to remove contaminants, enhance shine, and improve overall appearance, our polishing liquid is the perfect choice for anyone looking to take their surface finishing to the next level. Whether you're a professional in the industry or simply looking for a solution for your personal projects, our polishing liquid is the key to unlocking breathtaking results.

304 SUS Magnetic Polishing Steel Finishing Media is a high-quality polishing and surface treatment media used for metal deburring, surface preparation, and precision finishing applications. Made of 304 stainless steel, these magnetic polishing balls have a unique ability to attract and polish hard-to-reach areas, providing a consistent and high-quality surface finish. The abrasive properties of this media make it an ideal choice for removing burrs, polishing, and deburring metal parts. Magnetic tumbling machines are typically used with this media to efficiently finish parts and provide a mirror-like finish. With the ability to improve surface finish and reduce finishing time, this media is a valuable tool for any metal finishing process.