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Precision CNC Milling Steel Melamine Tableware Mold with Custom Sizes and Heat Resistance Up to 120°C

Precision CNC Milling Steel Melamine Tableware Mold with Custom Sizes and Heat Resistance Up to 120°C

Brand Name: DONGXIN
Model Number: M001
MOQ: 1 Set
Price: Negotiable
Payment Terms: L/C,T/T
Supply Ability: 20 Sets/Month
Detail Information
Place of Origin:
CHINA
Certification:
CE, ISO
Product Name:
Melamine Tableware Mold
Product Material:
Steel
Processing Technology:
Precision CNC Milling
Molding Type:
Compression Molding
Heat Resistance:
Up To 120°C
Durability:
High / Long Service Life
Size:
Custom Sizes Available
Application:
Melamine Plates, Bowls, Cups & Dinnerware
Packaging Details:
Export Standard Wooden Case Package
Supply Ability:
20 Sets/Month
Highlight:

Precision CNC Milling Melamine Mold

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Custom Sizes Melamine Tableware Mold

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Heat Resistance Melamine Compression Mold

Product Description
High Precision CNC Steel Melamine Tableware Mold For Compression Molding
Precision CNC Steel Melamine Tableware Compression Mold with Fixed Installation

Product Core Advantages & Main Structure
Product Overview
The Precision CNC Steel Melamine Tableware Compression Mold is developed for stable forming of melamine and urea tableware under hydraulic compression molding conditions. Manufactured from steel and processed using precision CNC milling technology, the mold provides a customized forming solution for manufacturers producing different tableware sizes, shapes and product collections.
The mold can be developed for:
  • Melamine Plates / Bowls / Trays / Cups
  • Serving Dishes / Hotelware / Restaurant Dinnerware
  • Customized Tableware
Its fixed installation structure provides stable positioning on compatible hydraulic press machines during repeated compression molding cycles. Depending on customer requirements, mold dimensions, product profile, cavity arrangement and surface details can be customized according to physical samples, 2D drawings, 3D models, product dimensions, or reference photos.

Core Product Advantages
Precision CNC Milling Technology
The mold cavity and forming surfaces are processed using CNC milling technology. Precision machining focuses on critical areas including cavity profile, product dimensions, rim structure, mold matching, and installation surface. Accurate machining helps maintain consistent product geometry during repeated compression molding.
Steel Mold Construction
The mold uses a steel structure suitable for industrial compression molding applications. Steel construction provides the mechanical strength required during high-pressure compression, repeated mold closing, continuous production, and heated molding cycles. The final steel specification can be selected according to the customer's mold design and production requirements.
Fixed Mold Installation
The mold adopts a fixed installation method for use with compatible hydraulic compression molding machines. Stable installation helps maintain mold positioning, upper & lower mold alignment, compression stability, and repeatable forming. Installation dimensions should be confirmed according to the customer's press machine before mold production.
Custom Sizes Available
Mold dimensions are not limited to one standard specification. Different sizes can be manufactured according to finished product size, mold cavity, hydraulic press platen, product depth, and production requirements. This makes the mold suitable for manufacturers producing multiple tableware categories.
Heat Resistance for Compression Molding
Reference heat resistance: Up to 120°C. The mold is designed for heated compression molding applications involving suitable thermosetting molding compounds. Actual operating conditions should be determined according to the molding material, press settings and production process.
Chemical Resistance
The mold is designed for industrial tableware molding environments where repeated contact with molding materials and routine production processes occurs. Its construction provides practical resistance for continuous manufacturing applications. Proper cleaning, maintenance and storage are recommended to maintain mold condition during long-term use.
Smooth Product Forming Surface
Precision machining and surface finishing help create the required product-forming surface. Depending on customer requirements, molds can be developed for smooth finish, matte appearance, customized texture, decorative surface, or special product details. The required finish should be confirmed before mold manufacturing.
Customized Cavity Configuration
Different cavity arrangements can be evaluated according to product dimensions and hydraulic press capacity. Available configurations can include single cavity, double cavity, or multiple cavities. The final cavity quantity should be determined according to product size, mold dimensions, press tonnage, and required production output.

Main Mold Structure
Component Main Function
Upper Mold Forms the upper section of the tableware product
Lower Mold Forms the main cavity and lower product profile
Mold Cavity Determines finished product shape and dimensions
Mold Core Creates corresponding internal product geometry
Forming Surface Determines the molded surface appearance
Guide Components Support accurate mold opening and closing
Fixed Installation Base Secures the mold to the hydraulic press
Edge Forming Area Forms the rim and product edge profile
Logo/Marking Area Allows customized identification
Steel Mold Body Provides structural support during compression

Product Parameters
Parameter Specification
Product Name Precision CNC Melamine Tableware Mold
Model M001
Mold Type Compression Forming Mold
Product Material Steel
Manufacturing Technology CNC Milling
Milling Method High-Speed CNC Machining
Installation Method Fixed Mold Installation
Mold Size Custom Sizes Available
Mold Shape Customized
Cavity Configuration Single / Double / Multi-Cavity
Heat Resistance Up to 120°C
Chemical Resistance Excellent
Durability High
Product Surface Customized
Logo / Marking Customizable
Applicable Products Plates / Bowls / Cups / Trays / Serveware
Application Melamine Tableware Compression Molding
Hydraulic Press Compatibility Customized According to Machine
Brand DONGXIN
Model Number M001
Place of Origin Jiangxi, China
MOQ 1 Set
Delivery Time Approx. 10–15 Days
Supply Ability Up to 200 Sets Per Month
Payment Terms T/T or L/C
Packaging Pallet
OEM/ODM Available

OEM/ODM Customization
DONGXIN provides customized mold engineering according to the customer's product design, production equipment and target market.
Custom melamine tableware mold manufacturing process
Product Dimension Customization
Customers can specify diameter, length, width, height, depth, and rim dimensions. The mold cavity can then be developed according to the required finished product.
Product Shape Customization
Customized molds can be manufactured for round, square, rectangular, oval, irregular, deep, shallow, or special-shaped products. This provides more flexibility for manufacturers developing differentiated tableware collections.
Cavity Quantity Customization
Depending on product dimensions and machine capacity, molds can be developed as single cavity, double cavity, or multi-cavity. For smaller products, a suitable multi-cavity configuration can be evaluated to increase the number of pieces formed during each compression cycle.
Logo & Bottom Mark Customization
Customized product identification can be incorporated into suitable mold areas. Available options include company logo, brand name, product code, size mark, or bottom marking. Customers should provide clear artwork or vector files when customized markings are required.
Surface Design Customization
Different product surface effects can be developed according to customer requirements. Options can include smooth, matte, textured, decorative, or customized surface details. Physical samples or clear reference images are recommended for special surface designs.
Hydraulic Press Matching
The mold can be developed according to the customer's existing press machine. Before mold production, please provide press tonnage, platen size, installation dimensions, opening distance, and maximum mold height. This information helps determine the appropriate mold dimensions and installation structure.
New Product Development
For customers developing an entirely new tableware design, DONGXIN can evaluate the mold based on product concept, reference image, physical sample, 2D drawing, or 3D drawing. The final mold configuration can then be determined according to the product and molding requirements.

Application Range
Melamine Plate Molds
Suitable for dinner plates, flat plates, deep plates, restaurant plates, serving plates, and presentation plates. Diameter, rim structure and overall shape can be customized.
Melamine Bowl Molds
Applicable products include rice bowls, soup bowls, salad bowls, deep bowls, and serving bowls. Mold depth and cavity profile can be developed according to the required finished product.
Melamine Tray Molds
Suitable for manufacturing serving trays, food trays, hotel trays, cafeteria trays, and compartment trays. Different tray dimensions and shapes can be customized according to customer requirements.
Cup & Small Tableware Molds
The mold can also be developed for melamine cups, small bowls, sauce dishes, small plates, and tableware accessories. Cavity configuration can be evaluated according to product size.
Hotel & Restaurant Tableware
Suitable for manufacturers producing commercial products such as hotel plates, restaurant bowls, buffet serveware, catering trays, and presentation dishes. Customized molds allow manufacturers to create coordinated commercial tableware collections.
Special-Shaped Tableware
Precision CNC processing allows molds to be developed for more complex product profiles. Typical applications include irregular plates, decorative bowls, special serving dishes, and customized kitchenware. A 3D model or physical sample is recommended for complex product geometry.
Customized Branded Tableware
The mold can incorporate customized brand identification for restaurant brands, hotel collections, private labels, promotional tableware, and OEM projects. Logo position and dimensions can be confirmed during mold design.
Urea-Based Molded Products
The mold can also be evaluated for suitable urea-based thermosetting molding applications. Final mold configuration should be determined according to material characteristics, product structure, compression pressure, and heating conditions.

Production, Quality Control & Packaging
Mold Manufacturing Process
Step 1 — Product Requirement Confirmation
Before mold production, the following information is confirmed: product dimensions, shape, depth, surface, logo, cavity quantity, and press machine specifications.
Step 2 — Mold Engineering Design
The mold structure is designed according to the finished product. Engineering focuses on upper mold, lower mold, cavity, core, parting position, and installation structure.
Step 3 — Steel Material Preparation
Steel material is prepared according to the confirmed mold dimensions and structural requirements. Material size depends on product dimensions, mold structure, cavity quantity, and installation requirements.
Step 4 — CNC Rough Machining
Initial CNC machining creates the main mold structure. Processing includes basic cavity, core structure, installation surface, and main dimensions.
Step 5 — Precision CNC Milling
Critical forming areas are processed using precision CNC milling. Key areas include product profile, cavity dimensions, rim structure, surface details, and logo position.
Step 6 — Forming Surface Finishing
The product-forming area is finished according to the required surface. Processing focuses on surface condition, mold details, edge profile, and required texture.
Step 7 — Upper & Lower Mold Matching
Upper and lower mold sections are assembled and checked. Inspection includes alignment, cavity matching, guide position, and opening & closing.
Step 8 — Mold Installation Check
Fixed installation areas are checked according to the confirmed hydraulic press specifications. Key items include installation position, base dimensions, mold height, and machine compatibility.
Step 9 — Trial Molding
When applicable, the mold can be installed on a compatible hydraulic press for trial production. Trial molding evaluates product shape, mold closing, product release, surface formation, and edge profile.
Step 10 — Final Inspection
Before shipment, the mold is inspected for dimensions, cavity, surface, alignment, installation area, and customized details.

Quality Control
Quality control inspection of melamine tableware molds
Dimensional Inspection: Key dimensions are checked according to the approved product design. Inspection includes diameter, length, width, depth, cavity dimensions, and installation dimensions.
CNC Machining Inspection: Machined areas are checked for profile accuracy, cavity consistency, edge structure, and surface details.
Mold Matching Inspection: Upper and lower mold components are checked for alignment, closing position, guide performance, and cavity matching.
Surface Inspection: The forming surface is inspected for machining condition, surface finish, texture, logo details, and edge profile.
Trial Product Inspection: When trial molding is performed, sample products can be checked for overall shape, dimensions, surface, rim formation, and product release.

Packaging
Standard packaging: Pallet Packaging. Before packing, the mold can be prepared with suitable protection for international transportation. Protection can include anti-rust treatment, protective film, forming surface protection, component fixing, and reinforced pallet. Special attention is given to the mold cavity and precision-machined areas during packaging.

Mold & Production Line Integration
The mold works together with a hydraulic melamine press during tableware compression molding. Typical production process: Automatic Weighing → High Frequency Preheating → Hydraulic Press + CNC Melamine Mold → Compression Forming → Automatic Edge Grinding → Quality Inspection → Packaging. For new factory projects, DONGXIN can evaluate the mold together with the hydraulic press according to the required tableware products.

Frequently Asked Questions
Q1: What information do you need before manufacturing a customized melamine mold?
Customers should provide product dimensions, product shape, physical sample or drawing, required cavity quantity, surface requirement, and logo requirement. If the mold will be installed on an existing hydraulic press, machine specifications should also be provided.
Q2: Can the mold size be customized for our existing hydraulic press?
Yes. Please provide press tonnage, platen dimensions, installation dimensions, maximum mold height, and opening distance. The mold can then be evaluated according to your existing machine.
Q3: Can you manufacture single-cavity and multi-cavity molds?
Yes. Available configurations can include single cavity, double cavity, or multi-cavity. The recommended cavity quantity depends on product dimensions, mold size and hydraulic press capacity.
Q4: Can our logo or brand name be formed directly on the finished tableware?
Yes. Suitable areas of the mold can incorporate logo, brand name, product code, size information, or customized bottom mark. Please provide clear artwork and the required marking dimensions before mold manufacturing.
Q5: Can you make a mold if we only have an existing tableware sample?
Yes. A physical sample can be used as an important reference for mold development. For better evaluation, customers can also provide product dimensions, required material, surface requirements, target product weight, and hydraulic press specifications. This information helps determine the appropriate mold structure and production configuration.