Professional Extrusion Blow Molding Manufacturer & Supplier

Free mould DFM analysis reports for various industries such as automotive, aviation, packaging, logistics, etc

Plastic Injection Molding & Rapid Prototyping

One stop service, reasonal price, standard mould design, strict process management, fast response

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BOOLING Rapid Prototype Mold Products

BOOLING provides mold manufacturing services for the automotive, furniture, medical, aerospace, daily chemical and other industries through rapid prototyping technology. We combine mold design, tooling development and intelligent automated integrated production line services to solve problems for users in the manufacturing of plastics, sheet metal, special materials and precision parts.

Our auto door panel mold uses 5-axis finishing technology, combining CNC technology and automated production, and is both practical and beautiful. If you are still looking for a suitable automotive mold supplier, Booling is a good choice. Our engineers will provide the best automotive mold solutions for you the first time according to your needs.
Booling's car pillar molds use advanced UG design software for 3D modeling technology to achieve quality control of each mold design detail. We use advanced CNC machines, engraving machines, five-axis processing machines and other equipment to ensure that the automobile pillars are responsible for supporting the roof and connecting the side of the body.
Booling's car lamp molds have been redesigned based on traditional technology, using the latest hot runner system precision temperature control technology to improve production efficiency and reduce the waste of raw materials.
Booling's custom car bumper molds are made of high-quality steel, and processed by CNC machining, heat treatment, surface treatment, and other processing technologies. The casting system of the mold is redesigned to achieve high precision and rapid production of parts.
The electric fan mold is processed by high-precision CNC and EDM technology. The mold steel selection is flexible, the production efficiency is high, and it can manufacture complex shapes. The mold can be used to manufacture precise electric fan parts, such as the core component of the fan, the blade, which is responsible for generating airflow. Booling adopts a 3D curved mold design to provide light and durable high-quality processing.
The washing machine mold adopts advanced hot runner technology to achieve precise temperature control, keep the plastic in a molten state, and provide a solution for the flow of plastic materials.
Booling vacuum cleaner molds use UG software to design 3D models. Combined with CNC processing technology, we provide high-quality mold manufacturing services for household, vehicle, and commercial vacuum cleaner manufacturers.
Booling's refrigerator molds are made of food-grade materials and can directly produce low-temperature resistant refrigerator products that ensure hygienic manufacturing standards. We provide a full range of refrigerator mold production, including models for home use, commercial use, freezers, smart refrigerators, etc., and provide manufacturers with production solutions for various refrigerator parts, such as liners, door strips, bases, drawers, etc.
Booling's plastic washbasin mold uses fan-shaped or side gates to ensure that the melt can be evenly dispersed inside the mold to obtain a product with uniform wall thickness. The washbasin mold we produce has excellent strength and hardness, can withstand the pressure of tens of thousands of injection moldings, and maintains the stability and integrity of the processing. We provide mold solutions for all models of washbasin manufacturers to achieve fast delivery.
The plastic table mold has precise shape and details. Our engineers will reasonably design the table mold structure according to the appearance structure and size designed by the manufacturer.
The processing of the dustbin mold mainly uses a 5-axis machining center and high-speed milling, EDM, grinder processing, and other technologies to achieve precision manufacturing technology. The dustbin mold determines the design and function of it.
Booling's chair mold uses the precise temperature control technology of the hot runner injection system, combined with high-hardness mold steel for processing methods, to achieve the function of durable chairs.
The double-sided integrated pallet mold adopts hot runner technology to achieve injection molding production and has been widely used in modern logistics and warehousing systems.
Plastic cola box mold has a complex cavity structure. Booling uses advanced processing technologies such as CNC, wire cutting, and EDM to achieve precision manufacturing of the internal and external structures of the mold.
Booling's plastic beer box molds combine high-quality mold steel materials with advanced CNC, EDM, deep drilling, and other processing technologies to achieve precision mold manufacturing.
The processing and manufacturing of Booling pallet molds mainly adopt multi-point hot runner injection technology to achieve automatic feeding and precise temperature control functions.

How to work with us

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Get Quote with Us

Within a few hours, we’ll send you the design for manufacturability analysis and real-time pricing.

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Upload a CAD File

To start, simply select a manufacturing process and upload a 3D CAD file.

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Manufacturing Begins

Once you review your quote and place your order, we’ll start the manufacturing process. We also offer finishing options.

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Parts are Shipped

Our digital manufacturing process allows us to produce parts as fast as 1 day.

Rapid Prototyping Technology of BOOLING Mold

BOOLING mold manufacturing services mainly include 3D printing services, injection molding, blow molding, stamping molds, and fixture manufacturing services. Our engineers will select the best solution based on the user’s material requirements, such as resin, PLA, ABS, nylon, rubber, silicone, PC, metal, aluminum, ceramics, and composite materials such as carbon fiber or glass fiber reinforced plastics.

3D Printing Service​
Injection Molding​
Blowing Molding​
Stamping Die​
Checking Fixture

About BOOLING​

BOOLING is a leading manufacturer of rapid mold prototyping solutions, dedicated to the rapid manufacturing of plastics, sheet metal, special materials, and precision parts. Our products mainly include automotive molds, home appliance molds, medical molds, etc., and we can provide customized services for users’ products to meet the mold manufacturing needs of various materials.

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BOOLING is a rapid prototyping company focusing on 3D printing services, injection molding, blow molding, stamping molds, and fixture manufacturing. We are also a custom plastic and metal mold manufacturer with 13 years of R&D experience, reducing production, labor, and material costs and improving production efficiency in the best way.

BOOLING is committed to providing customers with efficient production solutions. We specialize in prototype stamping molds, HDPE and ABS blow molds, and custom injection molds for Volkswagen, Volvo, Mercedes-Benz, Tesla, BYD, Geely, Nilkamal, etc.

Guidelines for Mold Manufacturing Services

If you are looking for a professional mold manufacturing service provider, BOOLING will be your first choice. Different types of molds have different design concepts and manufacturing processes. We combine advanced rapid prototyping and rapid manufacturing technology to provide users with various process manufacturing guides for plastic products, metal products, etc.

Blow molding is a versatile and widely used manufacturing process for producing hollow plastic parts. In the medical industry, blow molding plays a crucial role in creating a variety of essential products, such as fluid containers, medical waste management containers, and other specialized medical devices.
3D blow molding is a commonly used method for manufacturing plastic containers and other plastic products. It uses polymer materials such as polyethylene, polypropylene, and polyvinyl chloride, which are heated, melted, and injected into a mold, and then a hollow shape is formed by injecting high-pressure air inside the mold.
The amount of material waste generated during the production and manufacturing process of the magnesium stamping die is relatively small. In addition, the high manufacturing efficiency, fast design cycle, and high precision of magnesium stamping process have contributed to the progress of modern stamping technology.
Runout checking fixture is used to confirm the accuracy and quality of products after production to ensure they meet standard requirements, helping to ensure that products fully comply with specified specifications and standards.

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