Service Support_Dongguan HANZLY Plastic Mold Products Co., Ltd.

The key points of the design of the inlet flow channel: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

Mold design considerations: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

When is Climb Milling and Up Milling Used in Mold Making?: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

Injection mold trial steps and precautions: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

How to correctly set the exhaust groove of injection mold: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

The key points of the design of the inlet flow channel: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

Mold design considerations: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

When is Climb Milling and Up Milling Used in Mold Making?: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

Injection mold trial steps and precautions: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .

How to correctly set the exhaust groove of injection mold: The feed inlet should be located at the thicker part of the product to ensure smooth and complete filling of the mold, and should be located at a position that does not affect the appearance and function of the product. The tie rod can be located at the edge or at the bottom. It is recommended to use multi-point feeding to prevent product warping and material shortage. Its position should be selected in the shortest place during the filling process to reduce pressure loss, facilitate mold exhaust, and avoid opening gates near the slender core, so as to prevent the material flow from directly impacting the core, causing deformation, dislocation or bending .