plastic injection mold

Looking for plastic injection molding service?

Contact us to get quote, we are A Custom injection mold maker in China that offers plastic injection molding services.

The excellent quality of our plastic molds and molded parts, coupled with our experience and the performance of our services give us today a high international recognition.  Indeed, the company is specialized in International Business and has customers all over the world. SINCERE TECH has very high standards of quality control and always runs long tests to make sure that our Plastic Injection Molding Service reaches all the expectations of our customers. We believe that the quality of a company and its products are seen through time and this is why we like to build strong long-term partnerships with our customer

What is plastic injection molding process?

Plastic injection molding is a manufacturing process in which melted plastic is injected into a mold and then cooled to form a solid part. The mold is created from a metal or plastic tool (1.2344, H13, NDK80, etc.) and is typically made in two halves that are clamped together. The plastic material is heated in a barrel and then forced into the mold under high pressure where it cools and solidifies into the desired shape. This process is used to produce large quantities of identical parts with high precision and repeatability.

When do you need plastic injection molding service?

You may need plastic injection molding service when you require mass production of plastic parts with consistent quality and high precision. This process is ideal for producing large quantities of the same part, as the mold can be used multiple times to produce identical pieces. Additionally, plastic injection molding is well-suited for producing complex and intricate shapes that would be difficult or impossible to achieve with other manufacturing methods. This process is often used in various industries such as automotive, consumer goods, medical devices, and electronics.

plastic injection molding service

plastic molding services

Benefits of plastic injection molding service

The benefits of plastic injection molding service include:

  1. High volume production: Plastic injection molding is ideal for high volume production of identical parts, as the mold can be used multiple times.
  2. Consistent quality: The process is highly repeatable, which leads to consistent quality of parts produced.
  3. Complex shapes: Plastic injection molding can produce complex and intricate shapes that would be difficult or impossible to achieve with other manufacturing methods.
  4. Material flexibility: A wide variety of plastic materials can be used in the injection molding process, including thermoplastics, thermosets, and elastomers.
  5. Cost-effective: The process is efficient and cost-effective for producing large quantities of parts, as the cost of the mold can be spread over many parts.
  6. Precision: The process can produce parts with high dimensional accuracy and minimal tolerance variation.
  7. Automation: Plastic injection molding machines can be automated for increased productivity and reduced labor costs.

Plastic injection molding is a versatile and reliable manufacturing process that can provide significant benefits for producing large quantities of complex and high-precision plastic parts.

Plastic Injection Molding Service in China


We are the manufacturer of our own moulds (toolmaker or plastic injection tooling) and support the production of Injection molded parts allowing reducing your numbers of suppliers. Our injection machines have clamping forces going from 60 to 1050 Tons (2000 Tons outside). Plastic injection molding is the process of producing parts from thermosetting and thermoplastic materials.

Our qualified teams of Designers, Quality controllers and our Research and Development Department allow us to complete our policy: achieving Customer Satisfaction through Improvement and Innovation. The quality of our products and organization permits us to obtain quality certifications (ISO 9001, ) and be awarded numerous times of “Quality Supplier” from different customers. We integrate constantly new resources into our process in order to anticipate any future need of the plastic injection molds market and we became one of the most innovative companies in the sector. The modernity and the organization of our facilities allow us to adapt very quickly to the customer’s needs.

SINCERE TECH has always the objective to stay one of the innovative leaders of the sector and play an important role in our customer’s development. The firm can now propose a total solution from mould design to the semi-finished product (All in-house). SINCERE TECH is always willing to integrate new processes to the solution proposed by staying aware of new technologies. If a customer has a special requirement, we will do everything to fulfill its needs.

Plastic Materials /Commodities

We are used to working with all the classic and less classic plastic materials except PVC (PP, PE, PC, ABS, PC+ABS, PA 6, PA 6.6, PBT, PMMA, TPU, PC+GF, AS, PTFE, POM, PEHD, PEEK…). Our main suppliers are Sabic, Bayer, and Chimei.
About the steel used for our moulds, for export plastic molds we work only with the best steel suppliers like Assab (Sweden), Buderus (Germany), Daido Steel (Japan) LKM( the biggest one in China). For our standard component suppliers, we work with Hasco and DME.

We are used to working with our suppliers the same way we work with our customers. It means good long-term relationships with high-quality policy.

Complex moulds: SINCERE TECH has a rich experience in difficult plastic mould and parts, complex moulds and is an expert in finding solutions to your issues. SINCERE TECH is a real specialist in difficult tooling. To give a classic example: many design companies create plastic products without thinking about mould construction. Then, when the designs are sent to toolmakers, it can be hard for them to make the exact parts (Difficult design, many sliders, many lifters, double injection with materials non-bonding well together, many details in awkward places…).

Most of the classic toolmakers will accept the parts and say that they are able to do it. And then, they will have problems with the plastic injection mould construction, the lead time will be extended and the quality of the tool will not be as expected. Often, these companies have to contact SINCERE TECH to help them to resolve their problems. If you are not sure about the complexity of your part, be sure about your mould maker’s professionalism. SINCERE TECH works closely with its customers in order to resolve any issues.Plastic Injection Molding Service

Thin Wall injection molding: it permits a precise, very accurate molding of plastics and gives better details to the product. This is the name referring to products with a wall thickness lower than 2mm. Usually, the flow is quick, permits a short cycle time and a cost-saving.

Hot runner mold: the special process of injection of plastics where the plastic is kept hot when going through cavities of the mould while the rest of the mould is getting cold to solidify the plastic part and create the molded part: this permits to save plastic material. This is mainly used for parts with medium or large sizes. We are used to working with all popular companies like Yudo, INCOE, Synventive, Husky, HRS… We also have the technology to make our own hot runner systems if the production of the parts (Molding) is made in-house. This again allows our customers to save costs.

Optical Lens Molding: precision molding for glass plastic. This is the technique to produce transparent plastic molded parts (For example Security cameras parts such as the dome cover or also phone frames).

Gas-assist Injection Molding: the plastic parts are gas-assisted molded which means that gas (Most often is nitrogen) is injected at the final stage of the part creation process. It permits to reduce the cycle time, the product weight, the risk of deformation and also the pressure tons injection needed. Moreover, it makes the part’s structure stronger with a better look.

LED/LCD frame molding: injection of plastics used for example to manufacture television screen monitors, computer back-light modules, GPS frames…

IMD, IMF, IML, IMR Molding: In-mold decoration. The decoration of the part is made inside the mould through a film. The film is printed before the molding with the designs wanted. It permits better productivity and extends the decoration’s lifetime. If the customer wants to change the design/decoration of the part, it is not necessary to make another mould but only to change the film. SINCERE TECH is experienced with In-mould forming, in-mold-labeling, and in-mold by roller.

Overmolding: this technique permits to join several components together with a thermoplastic material. This reduces assembly and labor costs. Because the parts are made together, this allows less risk of improper termination or misalignment and increases the design flexibility. Moreover, thermoplastic provides better resistance to vibration or shocks. This technique permits to increase resistance, reduce costs and weights.

Insert Molding: this is a technique where a small part (Stamping part, optical part…) is added or inserted to the Injection molded part.two shot molding

Two-Shot Molding: 2 independent injection units using 2 different materials and/or colors. The first material is injected; then, the mould rotates and the second material is injected to make 1 part. It permits a 2-colour-molding or also called double injection, 2 shot molding, two-shot injection, overmolding, 2K injection, two colour injection, bi-injection, dual shot molding or multi-component molding.

CNC Technology. CNC is an abbreviation for Computer Numerical Control. This is a machine extremely accurately controlled by computer programs permitting a CAM (Computer-aided Manufacturing) through a CAD (Computer-Aided Design). Any plastic injection tool manufacturer uses it but the value-added of SINCERE TECH is the experience, professionalism, and training of the staff.

FMMS Molding or can be called RHCM (Rapid Heat Cycle Molding): excellence surface appearance: permits to take off the welding line. This process is integrated into the molding to save time. It is used for example for clear plastic parts.

US Welding: Ultrasonic Welding: process to weld/ join/ assemble plastic parts thanks to ultra-sounds.

Silk-Screen Printing:  this is to print logos or designs on parts.

Dip-Coating: this is the process of putting the component inside a liquid solution to apply a thin film on it. It permits to manage, change the hardness, the strength of the part by protecting it and expanding the lifetime of the product. Then, the excess liquid has to be drained and evaporation of the solvent is done to create the thin layer.

Laser Etching: this process is made for cutting a shape, a pattern, an image on the plastic part. It is also called laser graving.

Sputtering coating: this is the process of creating a very thin layer of conducting material on the component. It is also called Plasma Enhanced Chemical Vapor Deposition (PECVD) and can be done with most metals like aluminum, stainless steel, copper…

EMI shielding: protect parts from electromagnetic interferences. It is used to protect electrical signals from the outside world. For instance, we use it with marine radars for Garmin.

Waterproof technology: SINCERE TECH has the experience to make water-resistant parts and is able to ensure in-house tests thanks to the IP68 tests.

Sub-assembly: this is the pre-assembly of a component who will be later on being assembled in a larger product.

R&D: SINCERE TECH has its own Research and Development department in order to work with the customers on their projects, advise them on designs, resolve issues and study the feasibility of those.

Quality Control: We have very high standards of quality control in order to respect any requirements from our customers. We have a 100% quality control on our plastic molded parts, it means we control any part coming out of our production.

At Sincere Tech China mold maker, our unwavering commitment to staying at the forefront of the plastic mold industry drives us to embrace advancements and anticipate future trends. We continuously explore innovative materials and composites that offer enhanced performance and promote sustainability. By investing in ongoing research and development, we consistently deliver cutting-edge solutions that meet the evolving needs of our valued customers. As a trusted injection mold supplier in China, we take pride in our unwavering dedication to excellence.

Aligned with our sustainability goals, we place a high priority on environmentally friendly practices. We actively seek out sustainable alternatives, such as biodegradable polymers, and implement recycling initiatives to minimize the environmental impact of our manufacturing processes. By choosing our custom injection molding services, you can align your brand with sustainable manufacturing practices and contribute to a greener future.

Ensuring quality is our topmost priority, and we maintain rigorous quality control measures throughout the entire manufacturing process. Equipped with state-of-the-art facilities and staffed by skilled technicians, we subject each product to thorough inspection and testing. This guarantees exceptional performance, reliability, and customer satisfaction.

When you choose Sincere Tech as plastic injection molding service partner in China, you can expect the highest level of professionalism, expertise, and innovation. Our dedicated team is committed to helping you bring your ideas to life, delivering superior products that excel in performance, durability, and cost-effectiveness.

Partner with Sincere Tech Mould suppliers for your custom plastic injection molding service, and benefit from our comprehensive capabilities, unwavering commitment to quality and sustainability, and our drive to exceed your expectations at every step of the process. Together, let’s bring your innovative ideas to life.

OEM plastic injection molding parts supplier

What is Plastic injection moulding machine

Plastic Injection Moulding Machine is the most important machine in your business if you are planning to have plastic injection moulding method in manufacturing your plastic products. Through this machine, your company could manufacture a lot of different types of plastic products in 2D and 3D. With the help of plastic injection moulding machine, a lot of different plastic products could be produced from your company.

Surely, the quality of your plastic injection moulding machine will be determining the quality of the molded plastic products produced by your company. Therefore, choosing the best machine to support your business is something important to be taken. Great quality of plastic injection moulding machine will produce high quality of plastic product with strong and great durability. So, do not take the wrong choice.

There are several different types of plastic injection moulding for machine that could support your business well. You can contact some distributors to order a certain product for your company. Or you can also get your selected plastic injection moulding machine through some reliable online stores. However, what you need to do first is looking for more information to get the best selection.

Are you interested to have plastic injection moulding machine in your plastic business company? If so, this following review will be very helpful to give you references about some products that will support your business well. Read the information well and get the best machine for plastic injection moulding that meets the requirements of your company well.plastic Injection Moulding Machines

China Plastic Injection Moulding Machine

As the first option, you can take a look at China Plastic Injection Moulding Machine. This product works great in providing great support to your plastic business company because it offers high efficiency of time. This machine will be very helpful to produce great quantity in faster time.

Therefore, you can save more time to produce bigger quality of products. You can find this machine easily in some online stores. Since this product works in great quality of performance, you can always get total satisfaction with this certain machine for plastic injection moulding as an important part in your company.

SZ-700A Plastic Injection Moulding Machine

Then, you can also get SZ-700A Plastic Injection Moulding Machine. This product will be perfect to be chosen since it is specifically designed in high performance. It is completed with 60-10000 grams of injecting capacity as well as 60-1600 tons of clamping force to bring more supports for your business.

There will be many more advantages offered by this machine for plastic injection moulding. Stable movement curve and gentle shock are just a little advantage offered by this certain product. To easier the operator in controlling this machine, SZ-700A Plastic Injection Moulding Machine is also completed with LCD computer control. It will be great product to be chosen.

50T Automatic Plastic Injection Moulding Machine

Then, you can also get 50T Automatic Plastic Injection Moulding Machine as the next machine to support your business. This product is completed with LCD computer control to easier you set and operating the machine. This product will be perfect to provide injection molding for various thermoplastics such as PC, PP, PE, Nylon, PVC, ABS, PET and many more. By providing this machine, you can produce many types of medium or small size plastic products as well as daily-use commodities.

Related Info to Plastic Injection Moulding Machine

Certainly! Plastic injection molding machines are used in the manufacturing process to produce plastic parts through the injection molding process. Here is some related information about plastic injection molding machines:

  1. Basic Operation:
    • Plastic injection molding machines melt plastic granules and inject them into a mold to create a specific shape.
    • The process involves heating the plastic material, injecting it into the mold, cooling it, and then ejecting the finished product.
  2. Key Components:
    • Injection Unit: It melts and injects the plastic into the mold.
    • Clamping Unit: It holds the mold in place during injection and cooling.
    • Hydraulic System: Provides the power for the machine’s movements.
    • Control System: Manages and monitors the machine’s operation.
  3. Types of Plastic Injection Molding Machines:
    • Hydraulic Injection Molding Machines: Use hydraulic power to operate the machine.
    • Electric Injection Molding Machines: Use electric motors for machine movements, offering energy efficiency and precision.
    • Hybrid Injection Molding Machines: Combine hydraulic and electric systems for improved efficiency.
  4. Mold Design:
    • The mold is a critical component and determines the final product’s shape.
    • It consists of two halves, the cavity and the core, which form the desired shape when closed.
  5. Materials Used:
    • Common materials processed include thermoplastics, thermosetting polymers, and elastomers.
    • Material selection depends on the application, required properties, and production volume.
  6. Applications:
    • Injection molding is widely used across various industries for producing components such as automotive parts, consumer goods, medical devices, and packaging.
  7. Quality Control:
    • Continuous monitoring of the injection molding process is essential for maintaining product quality.
    • Parameters such as temperature, pressure, and cooling time are closely controlled.
  8. Advancements:
    • Industry 4.0 technologies are being integrated into injection molding machines for improved automation, monitoring, and data analysis.
    • Sustainable practices, such as using recycled materials and energy-efficient machines, are gaining importance.
  9. Maintenance:
    • Regular maintenance is crucial to ensure the machine’s optimal performance and longevity.
    • Components like screws, barrels, and heaters need periodic checks and replacements.
  10. Safety Considerations:
    • Injection molding machines pose potential hazards, and safety measures such as machine guarding and operator training are essential.

Understanding these aspects provides a foundation for those involved in the plastic injection molding industry, from machine operators to design engineers and manufacturers.

Plastic Injection Molding or Plastic Injection Moulding

Plastic injection moulding is a method utilized to produce parts of thermosetting with thermoplastic materials. In this process, the raw material is fed into a …

Custom Injection Molding

Custom injection molding will be perfect method to make greater plastic part production in higher efficiency. With the versatility offered by this certain method, you …

Injection Moulding

Injection moulding is a certain industrial term that refers to a technique in producing plastic accessories or stuffs. This method now is quite popular …

If you are looking for mould suppliers offer you plastic injection molding service, welcome to contact us.

 

custom electronic enclosures plastic

Rapid prototyping service plays the most important role in making fast functional testing samples. There are many types of prototypes that you could use for your first idea project; those include 3D print prototypes, CNC machining prototypes, vacuum moulding prototypes, prototyping injection molding, and many more.

Rapid Prototype is a way to take an initial concept and turn it into a physical model; in other words, taking a CAD computer generated concept and create an inexpensive 3D prototyping model.

The process of 3D prototyping helps identify errors in product design, which can be corrected prior to creating tools and plastic molds for production.

What is Rapid Prototyping?

Rapid prototyping is a product development technique that employs turnkey manufacturing processes to create several versions of a part for testing and validation. In other terms, it is the quickest method of making parts or fabricating products with minimal turnaround for hands-on reviews. Rapid prototyping is most often done with the help of 3D printing because it is relatively cheap, the cost of a prototype ranges from $5 to $50, and it takes 1-3 business days to complete.

The two main concepts of rapid prototyping are speed and cost. These concepts enable several prototype designs to be produced simultaneously or a single prototype to be modified and produced again quickly. Prototypes are important as they offer information that engineers need to make design choices before proceeding to the next level of models used for functional testing and manufacturing.

Professional rapid prototyping services can help test various designs and materials since the usual financial and time risk is removed from the equation. This reduces the risk that would be experienced when an organization decides to advance a project without adequate information.

Rapid prototyping service

Plastic Mold Prototyping Online Services

Our facility of engineers and product designers offers professional rapid prototyping services online to help reduce the time taken in product development. Since there are numerous ways of creating prototypes, engineers must choose the most suitable process and material for their product. In recent years, additive manufacturing, especially 3D printing, has become one of the most sought-after technologies for engineers needing fast prototyping injection molding. This technology allows for the rapid and inexpensive manufacturing of parts from various metals and plastics, making it suitable for rapid prototyping applications.

Overview of Rapid 3D Printing Processes

3D printing is considered one of the most effective techniques of rapid prototyping because of its speed and cost. Sincere Tech provides fast 3D printing services where parts can be produced and delivered in one day, sometimes for a relatively small amount.

The three leading 3D printing techniques for rapid prototyping are selective laser sintering, stereolithography, and fused deposition modeling.

  • Selective Laser Sintering (SLS): SLS is a versatile technology that offers speed, functional properties, detail resolution, and cost-effectiveness.
  • Stereolithography (SLA): SLA provides better surface finish and detail resolution than other 3D printing technologies, making it suitable for creating complex prototypes and transparent parts, especially with the QuickClear finish.
  • Fused Deposition Modeling (FDM): FDM uses materials such as ABS, PC, and ULTEM and is best suited for more significant parts since it can produce large parts quickly and in a single run.

How To Select The Right Prototyping Technique?

Typically, the appropriate selection of rapid prototyping methods depends upon various factors including; the time frame, part specification, and complexity, the intended budget, and application, and functional requirements. A delicate, and sophisticated design prototype always costs more, since they acquire more time in operation, skilled personnel, and electrical consumption. Therefore, it’s advised to seek help from reputable prototype service providers for the right process choice. Their guidance helps you make a sound choice within your limited budget.

For more detailed prototypes, usually product designers employ 3d printing, and cnc machining due to their ability to meet tight part dimensions or tolerances. For simple prototype designs, injection molding can be an optimal option to choose. Moreover, it’s economical for large batches volumes, when you need to fabricate prototypes in a limited time frame.

Rapid CNC Machining at Sincere Tech

When prototypes must be tested in the final material from fully dense stock, CNC milling, and CNC turning are ideal rapid prototyping solutions. Sincere Tech provides rapid prototype services for various materials, including metals and plastics, and many parts are produced and delivered within a week. CNC services can be accelerated during the quoting process, and Sincere Tech’s affordable rates enable engineers to produce multiple prototypes for fast product testing.

Compared to 3D printed parts, CNC machined parts usually take more time to produce because of the extra setup and running time. 3D printing is a direct digital manufacturing process that involves little or no setup or post-processing.

Sheet Metal Fabrication for Fast Turnaround with Sincere Tech

Fast sheet metal fabrication is ideal for creating flat parts that can be tested relatively quickly in the final metal material. Our professional technical experts provide these parts in a week or less, at an affordable range of budget enabling us to create several prototype designs at once in short time. Although Aluminum 5052 is the most popular material for rapid prototyping, we also offer a variety of other materials, such as steel, copper, and stainless steel.

Similarly, rapid sheet metal parts have an optimal lead time, similar to rapid CNC machined parts, but are more extended than 3D printed parts. Like CNC machining, sheet metal fabrication involves extra time for setting up the machines and their actual running time.

Rapid prototype service

Rapid prototype service

Rapid Injection Molding Online Services

Rapid plastic injection molding is a technique that creates strong sets of similar parts ideal for various testing applications. It is precious for high-fidelity product assessments and a transitional tool during short-term production processes. The lead time for rapid tooling in injection molding is usually 2-3 weeks for first articles, but we provide a Quick-Turn Molding service that can produce parts in 5 days.

Rapid injection molding is preferred over additive manufacturing or machining where there are strict material or specific mechanical requirements to be fulfilled. Although it is not as fast as 3D printing or CNC machining, rapid injection molding is ideal for creating large quantities of parts with high accuracy and near-final dimensions, making it suitable for use in rapid prototyping.

Benefits of Using Rapid Prototyping Services

There are several compelling reasons why companies and sellers opt for rapid prototyping machining services:

  1. Speed: Conventional methods of mold making may take several weeks or even months to create a physical part, which slows down the testing and validation phases. Rapid prototyping services can build prototypes in hours so that the product can be tested and modified quickly.
  2. Cost: Direct mold-making is expensive because of the tooling and material costs. Rapid prototyping services are more economical in most cases because they do not require tooling before functional validation.
  3. Quality: Rapid prototyping services use 3D printing technology to produce accurate models quickly. CNC machining prototypes can be very similar to the actual molded parts, but they will be slightly more expensive than 3D printing.
  4. Flexibility: Rapid prototyping services allow for the creation of multiple versions of a product design quickly. This agility helps correct design flaws before the development process is complete, which is cost-effective for new functions where the function’s success is not guaranteed.

Reduce Production Lead Time & plastic mold or Tooling Costs

By introducing the rapid prototyping process in the design stage one can reduce lead time to production and reduce the cost of modifying expensive tooling.

Each case is different but in general, customers who utilize the prototyping process can reduce cost and lead-time by as much as 25-50%.

A customer of Sincere Tech explains that they find the rapid prototyping process helpful in detecting design flaws. For instance, user comfort issues can be highlighted early with a prototyping model.

Previously these issues were not discovered and they were too small to fix the production design so the client was not able to correct them. The prototyping process helps prevent compromise on the final quality of the product design.

Available Rapid Prototyping Processes

Each prototyping model has different requirements but generally, we find projects fit within three categories.

1. Appearance prototyping models (for tradeshows or sales demonstrations)

2. Fit test prototyping models

3. Functional prototyping models

Prototype Process Technologies

The three most common prototyping technologies are:

1. FDM Prototyping– Fused Deposition modeling
Pros: ABS Plastic has a fast lead time and good strength
Cons: The surface finish is rougher than Polyjet or SLA

2. Polyjet Rapid Prototyping – Jetted Photopolymer
Pros: Best detail resolution and fast lead time
Cons: More expensive than FDM and not as durable

3. SLA Prototyping – Sterolithography
Pros: Fast, good surface finish, strong
Cons: Higher cost than FDM

Urethane Molding Prototyping RTV Mold and Casting System for larger runs

The rapid prototyping process is best suited for small runs. Often for runs above 5 pieces, urethane casting becomes more cost effective.

Silicone molds are created from an SLA model reducing the cost for any additional prototyping process.

Urethane casting provides bridge tooling if there is a series of prototyping models that need to be sent out for user feedback prior to creating injection tooling.

Practical production runs for urethane casting are typically between 5 pieces to 50 pieces.

Limitations of Rapid Prototyping Services

Despite their many benefits, rapid prototyping also has some limitations. Some demerits includes;

  1. Size Limitations: The size of the 3D printer can limit the size of the models that the printer can create. For example, it is almost impossible to print parts that are more than one meter in size using 3D printing. Moreover, it’s key to note that even CNC machining can be challenging when working with such difficult dimensions.
  2. Cost: Rapid prototyping is cheaper than molding or CNC machining, but it is still costly for many organizations due to its detailed-oriented engineering approach to fabricating exact specification designs.
  3. Material Limitations: As mentioned earlier, there are limitations to the use of materials in rapid prototyping. Some materials used in 3D printing may not be appropriate for conventional prototype molding processes.

Our expanded capabilities

Our services cover a wide range of products manufacturing from small volumes to bulk orders aimed at meeting your manufacturing requirements effectively:

We focus on rapid prototyping, which uses modern technologies like 3D printing or CNC machining to turn ideas into tangible models quickly. These prototypes are useful for testing, redesign suggestions and general product improvement.

Precision CNC Machining enables the production of mold components with tight tolerances to meet the highest standards. This precision ensures that the final injection-molded products are accurate and variations-free.

Overmolding: We can manufacture overmolded products for handling tools and die-casting molds. Feel free to contact us for an engineered online quote on your overmoulding project needs.

Also, Insert Molding services are offered; it is similar to overmolding but uses metal parts as substrates, making it more rigid and flexible.

In Two-Shot Molding, parts with multiple materials and intricate structures can be produced in a single step, thus minimizing the number of assemblies and opening up new design opportunities. This advanced process requires specialized equipment.

We machine Engineering Prototypes from many plastics, metals ( stainless steel & aluminum) and composite materials. Customer requests typically range from one to 100 machining parts, and may focus on a single, key component, or include all of the mechanical parts in a product. Customers use our CNC machined parts for everything from thermal and RF testing to evaluating acoustical and environmental performance.

Effective use of Engineering Prototypes helps product design teams refine and stabilize the functional details of their parts and assemblies, reducing the chance that later design changes will interrupt and add cost to the tooling cycle.

Our CNC machining capabilities include vertical and horizontal milling centers, wire and die-sinking EDM, and a full complement of supporting processes including custom milling and turning, grinding, tumbling, heat treating, media blasting, and welding, and post manufacturing include powder coating, anodizing, printing, chrome, manual product assembly service, etc.

Our experience with milling plastics, both neat (unfilled) and as composites is extensive. In some cases, when specialty materials are not available as machining material, we have the capability of molding small and medium-sized billets from injection molding resins, and using these as machining material. We have also developed a custom modular fixturing system that makes these molded stock materials convenient to load and unload with automatic positioning.

3-Axis Milling

  • Machines by Makino, Roku, Chiron, Fanuc and Tree
  • Maximum Machining Envelope (XYZ) = 27″ x 16″ x 10″ (Fanuc)
  • Maximum Tool Capacity = 40 (Makino V33)
  • Fanuc Controllers on all Machines
  • Vacuum Fixtures, Clamp Fixtures, Tape, Vise, and custom workholding

4-Axis Milling

  • Kitamura MyCenter Horizontal
  • Maximum Machining Envelope (XYZ) = 20″ x 20″ x 20″
  • Maximum Tool Capacity = 40
  • Fanuc Controller
  • Rotary pallet changer with programmable C axis (static or dynamic)
  • Chick Tombstone Pallet System
  • Custom machinable ‘soft jaws’ for part fixturing

Customer Data Requirements

  • 3-D CAD data in portable format (iges, stl, step, vdi) or Pro/E
  • Detailed Color, Materials, and Finishes documentation for all surfaces
  • All required graphics including logos, screen displays, labels

CNC Programming

  • Primary Platform – Mastercam X3
  • Toolpath verification – Vericut
  • Toolpath optimization – Optipath

Achieving Speed and Quality

We use a combination of software tools to ensure high as-machined dimensional accuracy, good surface quality, and efficient high speed machining. The majority of our part machining is done using UG software. We maintain an extensive software definitions library of cutting tools and substrate materials, which our programmers access to ensure we machine with optimal conditions.

We have also implemented process verification software to identify risk areas in CNC machining, and ensure a high success rate. This software simulates the entire machine environment, including table, spindle, workholding, tool checking, and cutting tool library. Most recently, we have also implemented a cutting path optimizer, which maintains constant material removal rates, making sure there is a constant loading on the cutting tool. This provides us with a significant time saving.

Additional services

We can be your contract manufacturer China company that offer you all in one services from prototype, CNC machining, turning and milling machining, plastic or metals, mold & tooling, massive production and value-added processes from our local suppliers, including plating, conversion coatings, painting or powder coating. In addition, we do manual product assembly and test fixtures to support product qualification and pilot builds before delivery.

Further, we offer value-added services like product silk-screening, painting, assembly, testing, certification, packaging, and logistics support. These services help to manage your supply chain and also help to reduce costs.

If you have any project that need machining service, or need an OEM contract manufacturer in China to handle your project in qualification, you are welcome to contact us.

Working with Sincere Tech means access to high-quality services in injection molding, die casting, and machining. Our commitment to providing excellent services to our valued customers enables’ us to ensure we deliver our products quickly and with the highest quality standards. If you want a quote, please contact us right now, and our professional engineers will respond within 24 hours.