Quote
Home / CNC Service / Low Volume Injection Molding

Low Volume Injection Molding

Low Volume Injection Molding

Kesu has the expertise, knowledge and experience to provide the product you need, whether it's 10 or 100,000 plastic parts, thanks to its ability to provide both small and large volume injection molding.

Our low-volume injection molding is a specialized service that can provide complete production-quality parts in quantities of 10,000 or less, depending on the method. Our small lot molding (also known as small batch) is closely monitored and supervised to ensure that all aspects of mold design and construction are met. Small to medium sized companies as well as low volume manufacturing benefit from this form of production.

Our expertise in plastic injection molding helps us provide a complete turnkey solution for your plastic manufacturing needs, whether it's an automotive part for a custom build or a prototype build for a healthcare system component.

Advantages of low volume injection molding production

Lower costs, no minimum orders, cheaper tooling

Provides quick access to emerging markets

Allows for faster design changes and greater design flexibility

Reduces production lead time

Bridges the gap between initial prototype and high volume production

Low-volume injection molding uses softer aluminum molds and inserts rather than hardened steel molds and inserts, which are often simpler and less expensive to produce. These molds are obviously not as durable as hardened steel molds, but manufacturers benefit because they are not always required to do so when making small-volume parts. When soft tooling is used strategically, it can reduce processing costs and shorten production time.


At the same time, the hardened steel required for conventional molds requires significant upfront time and financial investment. On the other hand, molds made from aluminum or low-grade steel are much less expensive to manufacture and can be fabricated much faster. Manufacturers can use these molds to test and produce viable parts without committing to large minimum orders, allowing them to fine-tune component design and production as needed. This allows manufacturers to start manufacturing faster and, in many cases, greatly accelerates time-to-market and reduces the time required to get a return on investment.




Low Volume Injection Molding

Why choose Kesu for low volume injection molding production?

 Kesu is always looking for ways to improve performance. This means working closely with our customers from design and prototyping through post-production and delivery to ensure they receive quality parts that are manufactured on budget and delivered on time. Contact us today to learn more about how we can bring your ideas to life.

Low Volume Injection Molding: What is it?

Low volume injection molding is a flexible alternative to traditional large volume injection molding. It is ideal for low volume production of highly customized parts or for prototyping new designs.


Low -volume injection molding offers many advantages over traditional high-volume injection molding. First, it is more flexible, allowing for shorter runs of highly customized parts. Second, it is ideal for prototyping new designs. Third, small-volume injection molding typically requires less upfront investment than high-volume injection molding.


Depending on the manufacturing method, low volume injection molded products can be small quantities of production quality parts, usually less than 1,000 pieces.


For many products, this is a popular approach because it speeds up the product development cycle, provides a fast path from early prototypes to volume production, and reduces tooling and material investments.

Why Small Batch Injection Molding is Better

What are some of the ways that low-volume manufacturing can benefit your business? A few examples.


Creating a link between prototyping and volume production

Prototyping is an essential step in the product development process, allowing companies to test products and ensure they meet customer expectations before mass production. By creating a link between prototyping and volume production, companies can streamline the product development process, thus saving time and money.


There are several ways to create a link between prototyping and volume production. One way to create a link between prototyping and volume production is to work with a small volume injection molding company. Small batch injection molding companies specialize in low volume production and are ideal partners for companies developing new products.


Another way to use rapid prototyping techniques in the product development process. This allows companies to quickly create prototypes and test them before proceeding to mass production.


Lower cost minimums

A lower minimum is a great way to reduce the cost of injection molding. By reducing the number of cavities in the mold, you can lower the overall cost of your project. In addition, lowering the minimum order quantity can also help reduce costs. For example, if you only need 100 units, it will obviously be more expensive to order 500 units than to order only the 100 you need. Finally, working with a small company that specializes in low volume production can also help reduce costs. They typically have lower overhead costs and are more flexible in terms of pricing.


Quickly connect to emerging markets

There are several ways to quickly connect to emerging markets. One is to use small volume injection molding. This type of injection molding is designed for small businesses that want to produce a limited number of products.


It is also ideal for entrepreneurs who want to do business in emerging markets. Another way to connect to emerging markets is to use a 3D printer. This type of printer can be used to create prototypes or small batches of products. Crowdfunding platforms can also be used to raise funds for businesses in emerging markets.


Quickly shorten product lifecycles

Low Volume Injection Molding (LIM) is a process that allows manufacturers to produce small quantities of parts quickly and efficiently.


The main benefits of small-volume injection molding are its speed and flexibility. LIM can shorten product lifecycles by allowing companies to quickly create and test prototypes. The process is also much more flexible than other manufacturing methods because it can easily adapt to changes in design or specifications.


Overall, low-volume injection molding is an efficient and versatile manufacturing process that can be used to produce high-quality parts in a relatively short period of time.


Streamline the design process

The injection molding process can be further streamlined by working with a low volume injection molding specialist. Small batch injection molding specialists are experts in designing and building molds for small production runs.


They can help streamline the design process by providing advice on part geometry, material selection and mold construction.


They also have the experience and knowledge to help engineers optimize injection molding designs. Low-volume injection molding specialists can produce prototypes in as little as eight weeks. However, high volume production can take up to six months to complete.


Preventing many hidden problems 

Small-volume injection molding has many benefits, but one of the most important benefits is that it can help prevent hidden problems. By producing a smaller number of parts, you can more easily identify any potential problems and correct them before they become costly problems.


If you want to get your product to market quickly and efficiently, low-volume injection molding is the way to go. By producing a smaller number of parts, you can more easily identify any potential problems and make the necessary changes before full production.


In addition, low-volume injection molding offers greater design flexibility because you can easily change the mold during production. This means you can iterate on your design until it's perfect without incurring significant costs or delays.


Turning can perform many operations, such as turning, boring, and threading.

Turning can perform many operations, such as turning, boring, and threading.

View More
CNC uses computers to control the movement and operation of milling machines, lathes and other cutting machines.

CNC uses computers to control the movement and operation of milling machines, lathes and other cutting machines.

View More
Once done by hand, processes such as wood carving, forging and metal filling have undergone rapid advances over the past century and now incorporate a wide range of technologies that make them more efficient and precise.

Once done by hand, processes such as wood carving, forging and metal filling have undergone rapid advances over the past century and now incorporate a wide range of technologies that make them more efficient and precise.

View More
Part geometry information is provided by CAD (Computer Aided Design) models.

Part geometry information is provided by CAD (Computer Aided Design) models.

View More
The use of computer numerical control (CNC) meets the needs of modern industry.

The use of computer numerical control (CNC) meets the needs of modern industry.

View More
A skilled machinist operates a CNC machine by programming the tool path based on the geometry of the final machined part.

A skilled machinist operates a CNC machine by programming the tool path based on the geometry of the final machined part.

View More
Kesu offers CNC services and provides custom CNC quotes for over 40 materials, from commercial aluminum and acetal to advanced titanium and engineering plastics such as PEEK and Teflon.

Kesu offers CNC services and provides custom CNC quotes for over 40 materials, from commercial aluminum and acetal to advanced titanium and engineering plastics such as PEEK and Teflon.

View More
CNC machining is a process in which a machine uses a controlled material removal process to carve a solid piece of raw material into the desired 3D geometry and dimensions.

CNC machining is a process in which a machine uses a controlled material removal process to carve a solid piece of raw material into the desired 3D geometry and dimensions.

View More
CNC turning - a technique in which a block of material fixed to a CNC turning center or lathe is rotated at high speed while the tool enters the rotary axis to machine the workpiece, resulting in a CNC turned part with cylindrical features.

CNC turning - a technique in which a block of material fixed to a CNC turning center or lathe is rotated at high speed while the tool enters the rotary axis to machine the workpiece, resulting in a CNC turned part with cylindrical features.

View More
Highly skilled machinists can make precision parts on all types of CNC lathes, but modern machining centers help ensure that the similarity between machined parts is close to identical.

Highly skilled machinists can make precision parts on all types of CNC lathes, but modern machining centers help ensure that the similarity between machined parts is close to identical.

View More
Standard CNC machines include 3-, 4- and 5-axis mills, lathes and routers.

Standard CNC machines include 3-, 4- and 5-axis mills, lathes and routers.

View More
CNC or computer numerical control machining is a widely used manufacturing process that uses automated, high-speed cutting tools to form designs from raw metal or plastic.

CNC or computer numerical control machining is a widely used manufacturing process that uses automated, high-speed cutting tools to form designs from raw metal or plastic.

View More
CNC Milling - Milling is often considered to be the most common machining process that uses a CNC milling cutter to make a circular motion on a stationary part and create milled parts with certain shapes and details, including slots, holes, notches, reces

CNC Milling - Milling is often considered to be the most common machining process that uses a CNC milling cutter to make a circular motion on a stationary part and create milled parts with certain shapes and details, including slots, holes, notches, reces

View More
This process relies heavily on the use of machine tools as well as power and hand tools.

This process relies heavily on the use of machine tools as well as power and hand tools.

View More
Historically, the process of subtractive machining has been manual.

Historically, the process of subtractive machining has been manual.

View More
With precision 3-, 4- and 5-axis CNC machining centers, combined with other advanced capabilities and our experienced team, we can handle all types of CNC machined parts in metal and plastic materials.

With precision 3-, 4- and 5-axis CNC machining centers, combined with other advanced capabilities and our experienced team, we can handle all types of CNC machined parts in metal and plastic materials.

View More

Contact Us

SEOkeywords

Aluminium Die Casting SolutionPlastic Injection OEMCNC Turning MillingChina CNC Turning ServiceLow Volume Injection MoldingChina 5 Axis Machining ServicesCustom Molded Plastic PartsPrototype Injection MoldingtestRapid Tooling ChinaInjection Mould ToolmakerChina Metal Rapid PrototypeChina Rapid Injection MoldingLow Volume Manufacturing