Manufacturing Guide for Booling Mold
Booling offers 3D printing services, blow molding, injection molding, stamping die and checking fixture. We are committed to providing high-quality mold manufacturing solutions to meet the diverse needs of customers and promote industry innovation and development.
BOOLING Mold Manufacturing has 20 years of professional experience in medical mold manufacturing. With ISO 13485 certification, a Class 10,000 cleanroom injection molding facility, and multiple material biocompatibility testing reports, we provide global customers with precise, compliant, and reliable support for the mass production of medical devices.
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SLA 3D Printing Technology Customization Solutions | Precision Manufacturing & Rapid Prototyping
Our SLA 3D printing technology uses photosensitive resin materials and solidifies layer by layer through UV laser to ensure that the product has excellent surface quality and structural accuracy.
Booling Customized 3D Printing Technology Solution
Custom 3D printing technology, with its excellent manufacturing capabilities and additive manufacturing advantages, can realize the production of complex structural products that are difficult to process with traditional processes.
Carbon fiber 3D printing customization service
Carbon fiber 3D printing uses high-performance, unique fiber materials composed of more than 90% carbon elements. Parts are made according to the product's 3D drawings on the Booling high-precision 3D printing molding machines. This material is particularly suitable for high-tech fields such as aerospace.
Custom 3D Printing Service
Custom 3D printing technology, as an emerging rapid prototyping manufacturing technology, plays an important role in manufacturing complex product components. It can quickly achieve personalized nonmodular production for enterprises.
Qualifications Required of a High-Quality 3D Printing Supplier
A high-quality 3D printing supplier needs to have technical services across multiple fields, print with a variety of materials, and provide users with customizable needs.
3D Printing Service | SLM 3D Printing
The full name of SLM 3D printing service is selective laser melting technology, which is an additive manufacturing technology that uses laser beams to melt metal powders.
Aluminum 3D Printing Process
Aluminum is the best material in metal 3D printing technology, which can achieve lightweight and high-strength production. It has significantly reduced manufacturing weight and played a key role in fields such as automotive, aerospace, and shipbuilding.
All About ABS 3D Printing Process
ABS is a strong and durable plastic material that exhibits significant performance in the 3D printing service and is therefore widely used in various fields.
Medical Injection Molding
BOOLING Mold Manufacturing has 20 years of professional experience in medical mold manufacturing. With ISO 13485 certification, a Class 10,000 cleanroom injection molding facility, and multiple material biocompatibility testing reports, we provide global customers with precise, compliant, and reliable support for the mass production of medical devices.
Metal Molds
A metal mold is a tool used to manufacture various parts or products, typically made of high-hardness and high-strength metal.
Injection Molding: Manufacturing Equipment
Injection molding is a process of manufacturing plastic products by injecting molten plastic into the mold cavity. Its core equipment includes three categories: injection molding machine, mold, and auxiliary equipment.
Four Technical Classifications of Injection Molds
Injection Molding can be divided into ordinary injection molds, multi-color/two-color injection molds, gas-assisted injection molds, and micro-foam injection molds according to the molding process.
Polycarbonate Custom Injection Molding Solutions
Polycarbonate injection molding needs to take into account both material properties and process parameters.
Silicone Injection molding: A Combination of High Temperature Resistance & High Elasticity
In terms of silicone injection molding technology innovation, Booling has always adhered to the core concept of "precise control, value creation".
What is EVA Foam Injection Molding ？
True customization of EVA foam injection molding is not a simple size adjustment, but a full-process innovation from material formulation, and mold design to process parameters.
EVA Injection Molding Process Exclusive Customization Service
The molding effect of EVA materials is the most groundbreaking performance. In the severe cold environment of -30℃, our special EVA formula can still maintain excellent flexibility.
Injection Molding Materials: Booling’s Custom Production Solutions
Booling Custom Molding has highly customized production capabilities. Adhering to the principle of "innovation-driven, service-oriented", we achieve precise matching of plastic materials and products by continuously studying and understanding customer needs.
Wide Selection of Booling Injection Molding Materials
As an industry-leading injection molding service provider, we have manufactured lightweight air ducts, pedals, rear wings, and other key components for new energy vehicle companies
Plastic Prototype: Low-Cost Injection Molding Solutions
Booling provides a low-cost, high-efficiency alternative for industries such as aerospace, automotive, electronics, and medical with prototype plastic injection molding technology, allowing customers to obtain high-precision samples or low volumes of products in a very short cycle, greatly shortening the time for market verification.
Prototype Plastic Injection Molding: Innovative Solution for Efficient Validation & Low-Cost Production
Prototype plastic injection molding is suitable for developing various precision components, electronic casings, medical devices, automotive parts, and other plastic products.
Liquid Silicone Rubber Injection Molding System Solutions
Liquid silicone rubber (LSR) injection molding combines the characteristics of the material with the precision of the process to produce smoother and more precise products.
Polycarbonate Injection Molding
Polycarbonate injection molding involves multiple stages of material processing, including preheating, injection, pressure holding, cooling, and demolding.
Mould Making Company
Modern mould making company is committed to the design and development of molds, with the updating and replacement of plastic products, mold manufacturing technology is also constantly advancing.
Injection Mold Maker | Selection of Plastic Molding Materials
The commonly used thin-walled plastic injection molding materials currently include polycarbonate (PC), acrylonitrile butadiene tea ethylene (ABS), PC/ABS blends, and PA6.
Automobile ABS Blow Molding
ABS blow molding is widely used in the automotive field. Our company has accumulated a profound technical background and rich practical experience by continuously innovating materials and processes to improve the performance and safety of automobiles.
The Ultimate Guide to ABS Blow Molding Technology
As a high-tech enterprise that masters the full-link technology of ABS blow molding, we always believe that true industrial innovation is inseparable from a deep understanding of material properties and the application of creative production.
Key Points of HDPE Blow Molding
HDPE blow molding technology has a high production speed. Booling continuously improves production processes and parameters, optimizes the quality of molded products,
A Guide to the Basics of Plastic Blow Molding
Our engineering team has accumulated rich experience in applying materials such as HDPE and ABS. By optimizing the air compression system and screw extrusion process, we ensure that the parison is perfectly formed in the mold.
Plastic Blow Molding Material Selection Guide
In plastic blow molding, it is necessary to carefully select the appropriate material based on the material's mechanical properties, processing properties, shrinkage rate, and other parameters.
Key Points of 3D Blow Molding Design
Based on the traditional blow molding process, the 3D blow molding process is more complex and sophisticated and can produce products with higher quality and precision.
Technical Points of ABS Blow Molding
ABS blow molding utilizes ABS (acrylonitrile butadiene styrene polymer) material, which is heated and melted, formed into a tubular billet through an extruder and placed into a mold.
Blow Molding in the Medical Industry
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.
HDPE Extrusion Blow Molding: Key Processing Overview
The key process of HDPE extrusion blow molding lies in the manufacturing of the preform. In this process, manufacturers need to control the temperature, pressure, and cooling time of blow molding equipment to ensure the final quality of the product.
Guidelines for Extrusion Blow Moulding
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.
Common Plastics for Blow Molding: HDPE Molding Guide
HDPE is a common plastic raw material in blow molding, widely used in the production of various containers and automotive parts.
Custom Stamping Die | Processing Technology Overview
Booling provides efficient solutions for the automotive manufacturing industry through custom multi-station progressive stamping dies and other advanced manufacturing processes.
Magnesium Stamping Die | Carbide Stamping Die
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.
Types of Custom Stamping Dies by Processing Methods
Custom Stamping dies are essential tools in the manufacturing industry, used to shape and cut materials into desired forms, enabling the production of high-quality, precision components essential for various applications.
Automobile Checking Fixtures | BOOLING Automobile Mould Manufacturing Process
Booling checking fixtures use fast positioning and clamping mechanisms, such as pneumatic locking and magnetic adsorption, to control the single-piece checking time within 15 seconds
Quality Inspection Standards for Booling Automotive Check Fixtue
Booling automotive check fixtures strictly follow the IATF16949 system, and introduce aviation-grade precision machining standards into the automotive field during production.
What is Automotive Fixture Testing?
Booling's automotive checking fixture uses military-grade manufacturing standards and intelligent sensing technology to help customers increase product qualification rates to more than 99.8%.
Runout Checking Fixture
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.
Automotive Checking Fixture Testing Guideline
There are many roles for the automotive checking fixture in the machining industry, as fixture testing has a wide range of uses and various performance characteristics.
What is Checking Fixture？
A checking fixture is a quality assurance tool used in industries to check for the quality of components with complex shapes. It can hold the part it measures.
Automotive Pillar Mold: 3D Printing Technology & CNC Machine Tool Processing Technology
With rich industry experience and successful cases, Booling has provided customized automotive pillar mold solutions for more than 50 global automotive brands.
Car Grille Mold: Special Design Points
Booling has more than 10 years of rich experience in the design and manufacturing of automotive grille molds and has customized and developed high-quality molds for many automakers.
Guide to Design and Manufacturing of Auto Lamp Mold
Our car lamp molds can produce complex shapes and structures that are difficult to achieve with traditional methods, meeting users' diverse needs for the appearance and function of car lamps.
Auto Bumper Mold: Five-axis Machining Technology
The material selection, design, and processing of auto bumper molds directly determine the quality of the final product.
Auto Door Panel Mold | Automotive Parts Manufacturing
Our automotive door panel molds rely on the analysis and simulation technology of the digital platform to optimize the gate layout, water channel, ejection system, and other structures in multiple dimensions.
What is Automotive Plastic Mould？
Booling automotive plastic mold adopts advanced CNC machining technology, provides design and customization services for molds of automotive interior and exterior trims, precision parts, etc.
Car Bumper Mold: Checking Fixture Design
Automobile bumper mold are sophisticated and complex, and the design and processing of each part will affect the quality of the automobile parts.
BOOLING Car Spoiler Mold: Multiple Processing Techniques
The processing technology of car spoiler mold is complicated, and manufacturers can freely choose injection molding or blow molding according to product needs.
Car Spoiler Mold: Maintenance & Care Solution
Car spoiler molds require daily or regular maintenance and care after long-term use or storage to extend their service life, maintain their good performance, ensure smoother movement, reduce defects such as jamming and mold opening and closing failures, shorten downtime, and improve the company's production capacity and efficiency.
Repair and Maintenance of The Automotive Air Duct Mold
Automotive air ducts are mainly produced by blow molding to obtain a hollow structure, which can achieve better air supply and air intake effects.
Auto Air Duct Mold: Application of HVAC System
Auto air duct mold plays an important role in the HVAC system of automobiles. They apply a variety of processing technologies, such as high-precision machining centers, CNC milling, and EDM technology
Air Conditioner Mold: Injection Molding & Blow Molding Production Mechanism
Air conditioner mold manufacturing technology is highly flexible, and manufacturers can freely choose injection molding and blow molding to process the corresponding products.
Air Conditioner Mold: Overview of Key Processes
Air conditioner molds are frequently used in household appliance molds. These molds use high-precision processing equipment and advanced processing technology.
Refrigerator Mold: Injection Molding Solution
The injection molding of the refrigerator mold can form multiple components at once, with a short production cycle, and is suitable for large-scale mass production.
What is a chair mold?
Chair molds are mainly composed of cores and cavities, which can flexibly process various types of chairs. Manufacturers need to determine the size, shape, and details of the chair according to its intended use.
Overview of Key Processes for Bucket Mold
Bucket mold plays a key role in the molding efficiency and quality of products. They require strict control of design and processing steps, and accurate 3D modeling and CNC processing.
Structural Design of Dustbin Mold
The design of the dustbin mold is flexible. It is necessary to consider factors such as the shape, size, wall thickness, etc. of the dustbin, and reasonably design the structure and shape of the mold.
Key Points for Processing Various Types Of Pallet Mold
There are various types of pallet molds, such as the common nine-legged pallet mold, and field-shaped and double-sided integrated pallet mold.
Double-Sided Integrated Pallet Mold Guide
The double-sided integrated pallet mold is used for processing pallets with a consistent double-sided structure and the same function.
Crate Mold | Common Defects & Solutions
During the processing of crate molds, various defects may occur due to improper operation, including product appearance defects, dimensional accuracy deviations, or quality defects.