North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe
Resin:
PA6+15%Gf
Cavity:
1X1
Lead Time:
20-30 Days
Hot Runner:
Yudo
Shaping Mode:
Injection Mould
Process Combination Type:
Single-Process Mode
Application:
Car
Installation:
Fixed
Product Description
Item: Plastic Injection Mold Part Material: PC/PP/PBT/ABS/PMMA/PU/PE/PVC Core &Cavity Steel: P20/H13//GS2344/NAK80/ASSAB718HASSAB8407 Mold Base Steel: P20/1050/S50C/ Runner: Hot or Cold Gate Type: Sprue Gate/Pin Point Gate/Edge Gate/Submarine Gate/Fan Gate/Ring Gate Cavity No: Single or Multiple. Mold Base Standard: DME/LKM/HASCO/Etc. Spare Parts Standard: DME/HASCO/DAIDO/MISUMI/Customized is acceptable. Mold Life: 30k-1, 000 k Cycle Time: 10-120 s Lead Time: 30-45 days Injection Machine: 50-1200 Ton
Professional Auto Plastic Injection Mould Manufacturer with almost 10 years experience. Specialize in plastic Injection Mold/Hot Runner Mold/Gas Assistant Mold/High Glossy Mold/2K Injection Mold/Over Mold/IML/Stack Mold.
Advantage: High quality & competitive price & professional skills. In house strict quality control. On time delivery. All mold could be produced automatically
Offered Service: Mold progress report and tooling schedule will be provided weekly. The first testing sample for buyer's inspection and work out improvement requirements will be provided. Mold testing video, 2D part drawing and 3D mold design before shipment will be provided.
Payment and Delivery Payment: TT 50% in advance, Balance before shipment Delivery Time: 30-45 days
Specification
Design Software:
UG/CAD
Analysis Software:
Moldflow
Preferred Formats:
STP/IGES/UG
Design Time:
7-15 days
Manufacture Time:
20-30 days
Delivery Time:
30-45 days
Qingdao Root has engaged approximate 20 professional employees dedicated in mold design. Our design team engages in CAD, CAE and CAM design and formulation using computer software programs. We use CAD programs to generate 2D blueprints and 3D images, use CAE simulation to identify the optimal fabrication pattern, and then generate CAM computer simulation.
We invest in manufacturing equipment from Japanese and European manufacturers, such as Sodick and Makino.
With the advanced equipment and ten years' experience in the industry, Qingdao Root is now offering our manufacturing services to a large and diverse customer base from various industries.
Qingdao Root utilizes the plastic injection molding process to manufacture plastic components of products such as automotive, home appliance, smart phones, portable video game devices, teleconference phone terminals, portable computer memory devices and pachinko machines.
In accordance with our customer's needs, subsequent to design and fabrication of plastic injection molds and mechanical design and manufacturing of plastic components, Qingdao Root provides secondary processes such as spray-painting, printing, hot stamping, ultrasonic welding and assembly of plastic components.
Qingdao Root has engaged approximate 20 professional employees dedicated in mold design. Our design team engages in CAD, CAE and CAM design and formulation using computer software programs. We use CAD programs to generate 2D blueprints and 3D images, use CAE simulation to identify the optimal fabrication pattern, and then generate CAM computer simulation.
We invest in manufacturing equipment from Japanese and European manufacturers, such as Sodick and Makino.
With the advanced equipment and ten years' experience in the industry, Qingdao Root is now offering our manufacturing services to a large and diverse customer base from various industries.
Qingdao Root utilizes the plastic injection molding process to manufacture plastic components of products such as automotive, home appliance, smart phones, portable video game devices, teleconference phone terminals, portable computer memory devices and pachinko machines.
In accordance with our customer's needs, subsequent to design and fabrication of plastic injection molds and mechanical design and manufacturing of plastic components, Qingdao Root provides secondary processes such as spray-painting, printing, hot stamping, ultrasonic welding and assembly of plastic components.
