Additive Manufacturing Fused Deposition Modeling With Thermoplastics TUV

Product Specification

Boost Your Business with Our FDM 3D Printing Service

FDM 3D Printing Service: Affordable Customization and Small Batch Production

Leverage our industrial-grade FDM 3D printing service for affordable customization and small batch production, starting at only $14 with a minimum order quantity of 1 piece.

Features & Benefits

1. ‌Affordable Pricing‌

   • Our FDM 3D printing service offers competitive pricing, making it an ideal choice for budget-conscious customers.

2. ‌Customization and Small Batch Production‌

   • With no minimum order quantity, you can scale from single prototypes to small batch production effortlessly.

3. ‌Low Maintenance and Safe Operation‌

   • The hot melt extrusion head system features a simple construction principle and low maintenance costs, ensuring safe and reliable operation.

4. ‌High Material Utilization‌

   • FDM technology offers high material utilization and long material life, reducing waste and lowering production costs.

5. ‌Versatility in Part Complexity‌

   • Capable of shaping parts of any complexity, FDM is ideal for forming parts with complex cavities, holes, and other intricate features.

6. ‌Minimal Warping Deformation‌

   • The raw materials undergo no chemical changes during the forming process, resulting in minimal warping deformation of the parts.

How FDM 3D Printing Works

The filamentous thermoplastic material is heated and melted through a nozzle with a micro nozzle (usually 0.2-0.6mm in diameter) at the bottom. Under computer control, the nozzle moves to a designated position based on the data of the 3D model, extruding the molten liquid material which then solidifies. This process is repeated, with each layer of material being deposited on top of the previous one, until the final product is formed.

Materials for Industrial-Grade FDM Plastic 3D Printing

Common materials used in FDM 3D printing include wax, ABS, nylon, and other thermoplastic materials. These materials are fed in filamentous form and heated/melted inside the nozzle during the printing process.

Advantages of Industrial-Grade FDM 3D Printing

• Due to the simple construction principle and operation of the hot melt extrusion head system, low maintenance cost, and safe system operation.
• The molding speed, although slower, does not require the scraper processing step found in SLA technology.
• Prototypes formed with wax can be directly used for investment casting.
• Capable of shaping parts with complex geometries, such as those with intricate cavities and holes.
• The raw materials undergo no chemical changes during the forming process, resulting in minimal warping deformation.
• High utilization rate of raw materials and long material life contribute to cost-effectiveness.

Case Studies of Industrial-Grade FDM Plastic 3D Printing

Our industrial-grade FDM 3D printing service has been utilized across various industries, including aerospace, automotive, medical, and electronic products.

About YYI Tech

Dongguan Yyi Technology is a professional OEM plastic parts & Metal Fabrication factory located in Dongguan, China, specializing in this field since 2011. Our main business includes 3D printing service, vacuum casting, CNC machining, plastic injection molding, and sheet metal fabrication. With over 200 professional staff and 2,300+ sets of rapid prototyping equipment, we provide comprehensive solutions to meet your various customization needs.

FAQ

• ‌Q: What is the minimum order quantity for FDM 3D printing services?‌
  A: There is no minimum order quantity, allowing for flexible production from single prototypes to small batch production.

• ‌Q: What materials can be used in FDM 3D printing?‌
  A: Common materials include wax, ABS, nylon, and other thermoplastic materials.

• ‌Q: What industries can benefit from FDM 3D printing?‌
  A: FDM 3D printing is ideal for aerospace, automotive, medical, and electronic products, among others.

• ‌Q: How does FDM 3D printing work?‌
  A: FDM 3D printing involves heating and melting filamentous thermoplastic material through a nozzle and extruding it onto a build plate, where it solidifies layer by layer to form the final product.