Metal Stamping Mould EDM Milling CNC Processing Factory for Electric Car Parts

Product Description

Metal Stamping Mould EDM Milling CNC Processing Factory for Electric Car Parts

Product Description:

 

Our company has high-quality processing equipment, scientific testing methods, and a highly skilled workforce. Main products: high-precision stamping die spare parts (guide columns, guide sleeves); auto parts; Mechanical components and automation mechanical parts. Main machinery: CNC lathes, large CNC lathes, CNC machining centers, internal and external cylindrical grinding, crankshaft grinding, centerless grinding, honing, mirror grinding, etc. You are a trustworthy partner!

Features:

• Product Name: Plastic Injection Mould
• Main Processing Equipment: 3D Mould Design, CNC, EDM, Milling, Texture
• Locating Ring Dimension: Ф100
• Surface: Texture
• Plastic Modling Type: Injection Plastic Mould
• Manufacturing Period: 35-40 Days
• Keywords: Injection Molding, Injection Molds, Custom Plastic Mould
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• Technical Parameters:

• Package:	Wooden Box
  Mold Base Standard:	LKM Local Standard
  Locating Ring Dimension:	Ф100
  Pantone:	PANTONE877 U
  Part Color:	Black
  Design:	3D
  Manufacturing Period:	35-40 Days
  Main Processing Equipment:	3D Mould Design, CNC, EDM, Milling, Texture
  Runner System:	Hot/Cold
  Plastic Modling Type:	Injection Plastic Mould

Applications:

The Elite E-001 Plastic Injection Mould is suitable for various injection moulding products, including automotive plastic mould and industrial injection mold. It is the perfect solution for producing high-quality plastic products that require precision and accuracy.

One of the most common application occasions for the Elite E-001 Plastic Injection Mould is in the automotive industry. The mold is used to create plastic parts for different car models, such as bumpers, grilles, and dashboards. These parts need to be accurately shaped and durable enough to withstand harsh weather conditions and rough handling. The Elite E-001 Plastic Injection Mould can produce these parts with ease, ensuring that they meet the required standards.

Another application occasion is in the industrial sector. The Elite E-001 Plastic Injection Mould can be used to create plastic parts for industrial machines and equipment. These parts need to be precise and durable to withstand the rigors of industrial use. The Elite E-001 Plastic Injection Mould can produce parts that meet these requirements, ensuring that they are fit for purpose and can withstand the harsh industrial environment.

The Elite E-001 Plastic Injection Mould is versatile and can be used in other application scenarios, such as in the production of consumer goods, medical devices, and electronics. The mold is suitable for creating plastic parts that require precision, accuracy, and durability.


 

Packing and Shipping:

Product Packaging:

• The plastic injection mould will be packed in a sturdy cardboard box to prevent any damage during transportation.
• The box will have foam inserts to secure the mould in place and prevent it from shifting.
• The box will be labelled with the product name, quantity, and handling instructions.

Shipping:

• We will ship the plastic injection mould using a trusted courier service.
• The shipping cost will be calculated based on the destination and weight of the package.
• We will provide a tracking number so that you can track your package during transit.
• Please inspect the package upon arrival and contact us immediately if there are any issues.

• FAQs

  What Type of Injection Mold Is Most Commonly Used?

  Three-plate multi-cavity injection molds are the most commonly used tooling for plastic injection. This is because of their increased efficiency and high production speed. However, your choice of mold will depend mainly on your material, budget, and intended application of your product.

  What Are the Most Common Materials for Injection Molding?

  The most common materials for injection molding are acrylic, ABS, nylon polyamide (PA), polyethylene (PE), polycarbonate (PC), polypropylene (PP), and polystyrene (PS).

  Are Different Molds Designed for Different Plastics?

  Yes, different molds are designed for different plastics depending on the properties and color of the plastic. Plastics have different shrinkage levels. Therefore, you must design the molding tool to account for the shrink rate of your plastic. This will ensure that the dimensions are correct and the plastic part meets tolerance requirements.