PRODUCT / SERVICE OVERVIEW
Provides custom 3D printing services for prototype development, product testing, and customized component manufacturing. Based on customer CAD files, drawings, samples, and project requirements, we produce 3D printed parts for different industrial applications. 3D printing can be used to produce prototypes and customized parts without the need for conventional tooling, making it suitable for product development and projects that require design flexibility. Our service can be integrated with other manufacturing processes to support customers from prototype development to subsequent production. We work with customers to review part requirements, prepare the production process, manufacture samples, and perform quality checks on finished components.
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Custom Metal 3D Printed ComponentsCustom Metal 3D Printed Components are high-performance parts manufactured using advanced metal additive manufacturing technologies such as DMLS and SLM. These processes allow the production of -
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Resin 3D Printing PartsResin 3D printing represents an advanced technology that has revolutionized the field of prototyping and three-dimensional object production. The resin used in this context is a liquid material that -
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3D Printing Plastic PartsAdditive manufacturing (AM) is an excellent option for producing plastic components quickly and cost-effectively. Plastic AM is generally cheaper than subtractive manufacturing, and its speed and -
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3D Printing Model PartsOur 3D printing model parts service helps turn your CAD designs into real, testable models—fast. We handle everything from material selection to printing and post-processing, so you don’t have to -
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3D Printing Metal Part SLA Aluminum Stainless SteelSLA is a popular 3D printing technique and one of the leading resin printing technologies. It stands out in the additive manufacturing industry due to its ability to create highly accurate, -
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SLM 3D Printing Stainless Steel ModelSLM (Selective Laser Melting) is an advanced metal 3D printing technology and a type of Powder Bed Fusion (PBF) process. It works by using a high-power laser beam to selectively scan and fully melt -
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Nylon SLS 3D Printing PartsNylon 3D printing material is one of the most widely used materials in the 3D printing field. Selective laser sintering (SLS) 3D printing is an additive manufacturing technology that can use nylon 3D -
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SLA 3D Printing for Medical PartsSLA remains one of the most widely used vat photopolymerization methods due to its ability to produce highly accurate parts with smooth surface finishes. It works by curing liquid thermoset polymers -
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SLS Printing ServiceSintered Laser (SLS) is a popular 3D printing technology capable of producing highly precise and durable parts, making it ideal for end-use applications, small- to medium-volume production, or rapid
MATERIALS & SPECIFICATIONS
The material used for a 3D printed part is selected according to the printing process, part design, functional requirements, and intended application. Supports customized 3D printing projects using suitable printable materials for different prototype and component requirements. Material selection can be discussed during the quotation and engineering review stage.
SPECIFICATIONS
Parts are manufactured according to customer-provided CAD files, drawings, samples, and technical requirements. Important dimensional, structural, and functional requirements can be reviewed before production to help determine an appropriate manufacturing approach. For projects with specific material or dimensional requirements, customers can provide the relevant specifications for evaluation before production.
MANUFACTURING PROCESS
Requirement & CAD Review
We review customer CAD files, drawings, samples, quantities, and application requirements to understand the intended function and production needs of the part.
3D Printing Preparation
The production approach is prepared according to the part geometry, selected material, printing requirements, and intended application.
Prototype & Part Production
The part is produced using the appropriate 3D printing process based on the project requirements.
Post-Processing
Where required, suitable post-processing can be incorporated into the production plan to meet the appearance, dimensional, or functional requirements of the finished part.
Dimensional Inspection
Finished components are inspected according to the relevant project requirements using appropriate measuring equipment.
Packaging & Delivery
After inspection, completed parts are prepared for delivery according to the customer's project requirements.
KEY FEATURES / CAPABILITIES
Custom 3D printing for industrial applications
Prototype fabrication for product development
Rapid sample production
Customized production based on CAD files and drawings
Flexible manufacturing for different part geometries
Support for product development and functional testing
Integration with other custom manufacturing processes
Dimensional inspection of finished components
Flexible response to design changes
Support for prototype and batch production requirements 3D printing is particularly useful for projects where design flexibility, rapid prototype development, or customized part production is important.
APPLICATIONS
The 3D printing service can support prototype and component requirements in a range of industrial sectors.
Robotics & Automation
3D printing can be used for customized mechanical prototypes, housings, brackets, fixtures, and other components used during robotic and automation system development.
Medical Manufacturing
For medical manufacturing projects, 3D printing can support customized prototypes and component development according to customer designs and application requirements.
Aerospace Parts
3D printing can be considered for prototype development and customized aerospace components where complex designs or rapid design iteration are required.
Industrial Equipment
Custom printed parts can be used for equipment development, product testing, fixtures, housings, and other industrial component applications. The appropriate material and production approach should be evaluated according to the specific application and technical requirements.
CUSTOMIZATION & PROTOTYPE PRODUCTION
Provides customized 3D printing based on customer designs and project requirements.
Prototype Development
3D printing allows customers to produce physical samples during the product development stage. Prototypes can be used to evaluate dimensions, appearance, assembly, and basic functional requirements before further production.
Customized Parts
Parts can be produced according to customer CAD files, drawings, samples, or other technical information. The manufacturing approach can be adjusted according to the part design and intended application.
Design Changes
Product designs may change during development. Updated design requirements can be reviewed and the production approach adjusted accordingly.
From Prototype to Production
When a product moves from prototype development to subsequent production, the manufacturing requirements can be reviewed to determine an appropriate production method and process.
MANUFACTURING & QUALITY CONTROL
Quality control is incorporated into the manufacturing process to help ensure that finished 3D printed components meet the agreed project requirements. Inspection can be performed during production and on finished parts according to the specific requirements of the project. Available inspection equipment includes:
3D Measuring Machine
Height Gauge
Digital Caliper
Outside Micrometer
Digital Diameter Micrometer
Odd Outside Micrometer These measuring instruments can be used to check relevant dimensions and verify finished components against customer drawings and specifications. Quality checks also cover materials, production processes, and finished products as part of the overall manufacturing workflow.
PRODUCTION & TECHNICAL SUPPORT
Provides support throughout the custom 3D printing process.
Requirement Communication: We communicate with customers to understand the part design, application, material requirements, quantity, and other technical requirements.
Engineering & Production: Support Customer requirements are reviewed before production so that the appropriate manufacturing approach can be selected for the project.
Rapid Sample Production: Rapid sample production supports product development and allows customers to evaluate physical parts before moving to further production.
Design Change Response: When drawings or product requirements are updated, the new information can be reviewed and incorporated into the production process where applicable.
Production Progress Follow-Up: Follows production progress and communicates with customers throughout the manufacturing process to support smooth project execution.
FAQ
Shenzhen Jingcheng Dingyi Forming Technology Co., Ltd. is one of the most professional 3d printing parts manufacturers and suppliers in China, also supports customized service with low price. Please feel free to buy bulk cheap 3d printing parts from our factory. For quotation, contact us now.
