High-Speed Automatic Grinding Machine for Melamine Tableware with 1200–2400 PCS

The High-Speed Automatic Melamine Tableware Grinding Machine is designed for automatic edge finishing after melamine tableware compression molding. It efficiently removes molding flash, rough edges, parting lines, and uneven rim material from finished molded tableware.

With a processing capacity of 1,200–2,400 PCS/H and integrated PLC + Touchscreen Control System, this machine is ideal for continuous batch production of melamine dinnerware including plates, bowls, trays, cups, spoons, and serving ware.

• Reference capacity: 1,200–2,400 pieces per hour
• Developed for high-volume tableware finishing operations
• Capacity varies by product size, shape, edge profile, and grinding requirements

• Automatically performs edge grinding, flash removal, deburring, rim finishing, and surface edge smoothing
• Reduces repetitive manual grinding operations
• Improves production efficiency significantly

• Integrated PLC control with touchscreen HMI interface
• Easy management of production parameters
• Configurable settings for different tableware products

• Adjustable grinding mechanism for various product profiles
• Suitable for flat edges, curved edges, round rims, and irregular profiles
• Enhanced flexibility for multiple tableware designs

• Automatic tableware feeding and transfer system
• Processing sequence: feeding → positioning → grinding → finishing → discharge
• Reduces manual handling in large production orders

• Suitable for round, square, oval plates, bowls, trays, cups, spoons, and special-shaped tableware
• Customizable product fixtures and grinding parameters

• Automatic positioning and controlled grinding ensure consistency
• Ideal for restaurant dinnerware, hotel tableware, retail collections, export orders, and OEM production

• Seamless integration with automatic powder weighing, high frequency preheating, hydraulic compression molding, quality inspection, and packaging systems

Fixtures can be matched according to product shape, diameter, length, width, depth, and rim profile. Suitable for plates, bowls, trays, cups, and special-shaped products. Customers can provide actual tableware samples for machine configuration.

The grinding system can be adjusted according to edge shape, flash thickness, grinding position, product structure, and required finish. For special-shaped tableware, sample testing is recommended.

Machine configuration can be evaluated according to required hourly output, number of hydraulic presses, product type, and working shifts. Factories operating several hydraulic presses can match grinding capacity with their total molding output.

Different production parameters can be configured for different products including feeding sequence, grinding sequence, processing cycle, and product transfer, making product changeover more convenient.

The machine can be matched with automatic weighing machines, high frequency preheaters, hydraulic presses, and melamine molds to build a complete tableware production system.

Electrical specifications can be configured according to the customer's factory standard. Please provide voltage, frequency, and phase before final machine production.

Suitable for dinner plates, side plates, square plates, oval plates, restaurant plates, and serving plates. The machine removes molding flash around the plate edge after compression molding.

Suitable for rice bowls, soup bowls, salad bowls, deep bowls, and serving bowls. Grinding settings and fixtures can be adjusted according to bowl dimensions.

Suitable for serving trays, hotel trays, cafeteria trays, and compartment trays. Customized positioning fixtures can be developed according to tray structure.

Suitable for cups, small bowls, small plates, spoons, and tableware accessories. Machine compatibility should be evaluated according to actual product dimensions.

Suitable for high-volume production of hotel dinnerware, restaurant plates, catering bowls, and commercial serving ware. Automatic processing helps maintain consistent finishing across large orders.

Suitable for manufacturers producing private label dinnerware, export tableware, customized collections, and branded restaurant products. Different product programs can be prepared according to customer requirements.

1. Product Requirement Analysis - Confirm product type, dimensions, edge profile, required capacity, and factory electrical standard
2. Machine Configuration - Determine grinding structure, feeding system, product fixture, and PLC configuration
3. Mechanical Assembly - Manufacture and assemble main mechanical components
4. Grinding System Installation - Install grinding head, adjustment mechanism, and product positioning components
5. Automatic Feeding System Installation - Install and adjust product feeding, positioning, transfer, and discharge
6. PLC & Electrical Installation - Install PLC, touchscreen, electrical cabinet, sensors, and control components
7. Sample Grinding Test - Use actual tableware samples to evaluate flash removal, edge condition, positioning, and consistency
8. Continuous Running Test - Operate machine repeatedly to evaluate production stability before shipment

• Mechanical Structure Inspection - Checking machine frame, grinding mechanism, feeding unit, and product fixtures
• PLC Control Inspection - Checking parameter setting, program response, and automatic sequence
• Feeding System Inspection - Checking product loading, positioning, and transfer stability
• Sample Grinding Inspection - Checking finished samples for flash removal, edge consistency, surface condition, and grinding completeness
• Continuous Operation Inspection - Performing repeated production cycles to evaluate machine operating stability
• Final Inspection - Checking machine appearance, electrical system, accessories, protective components, and packaging before shipment

Standard export protection includes protective film, machine fixing, moisture protection, and export packing. Accessories and removable components are packed separately when required. Suitable for sea freight and container shipment. Final packaging dimensions depend on the selected machine configuration.