Feeding Pan Mould

Introduction

Feeding Pan Mould is an industrial tool specially used to make feed trays. Feed trays are common components in automated production lines or mechanical equipment, mainly used to convey, sort or store various raw materials or products.

Manufacturing process

1. Mold design
According to the product size (330x530 mm) and material (polypropylene) of the broiler feeding pan, the mold 3D design is completed using CAD software to ensure that the product appearance and function meet the requirements.

2. Material selection
The cavity and core are made of P20 or 718 materials, which have good processing performance and durability. The P20/718 steel is hardness adjusted or preheated.

3. Mold manufacturing
The mold blank is initially formed using a milling machine or CNC machining to ensure that the mold size (660x900x830 mm) meets the design requirements. The cavity and core are precisely cut using a CNC machining center, and the key components of the mold are heat treated.

4. Runner and gate processing
The runner structure is processed according to the requirements of the injection system to ensure smooth material flow and reduce waste. The appropriate gate size is processed according to the single-cavity design (1 cavity) to ensure the filling effect of the product.

5. Assembly and debugging
Assemble the finished cavity, core and guide system, test the matching accuracy, install the mold on the appropriate 470T injection molding machine, perform mold trial debugging, and test the product molding quality.

How to maintain

1. Daily inspection and cleaning
Regularly check whether there are scratches, pits or residues on the surface of the mold cavity and core, especially after each production is completed, to prevent the residual polypropylene material from affecting the next production.

2. Lubrication and protection
Regularly add lubricating oil to the movable parts such as guide pins, guide sleeves and sliders to prevent wear or jamming due to long-term operation.

3. Hot runner system maintenance
For hot runner molds, regularly check the working status of the heater, electric heating rod and temperature control system to ensure uniform heating and prevent malfunctions.

4. Key parts inspection
Check whether the screws, pressure plates and other fasteners on the mold are loose to prevent abnormal operation of the mold due to vibration.

5. Storage
The environment for storing molds should be dry and ventilated, avoiding direct sunlight and moisture.

Mould Steel

Hot Runner System

Standard Parts