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Explore INTAMSYS 3D Printed Parts

Car Bumper - Steering Wheel - Rearview Mirror

  Optimized Solutions for Large-Scale Assembly.
  Superior Appearance Quality After Painting.
  Rapid Iteration for Complex Geometries.

 

Industry: Automotive

 

Untitled design (8)

Car Bumper

Image_20241105144534

The Printer: FUNMAT PRO 610HT

Dimensions: 1750 x 500 x 600 mm

Material: PC

The front bumper solution features an innovative split-structure design made from durable PC material through precision 3D printing and assembly.

This design allows for automotive modifications and customization while ensuring structural integrity. It supports aesthetic modeling and structural verification, providing a reliable option for both visual and functional testing in the automotive industry.

This approach speeds up development cycles and guarantees high-quality, adaptable designs.

 

Nozzle Temperature: 

265°C
Chamber Temperature: 

100°C
Build Plate Temperature: 

95°C
 Printing Time: 

8 Days
 Post Processing Time: 

10 Hours to remove support + 7 Days to assemble, sand and paint
Support Material:

HIPS

Discover the Transformative Power of PEEK in 3D Printing.

This high-performance thermoplastic polymer excels in chemical stability, wear resistance, and mechanical strength, making it ideal for aerospace, automotive, and medical applications. Dive into the whitepaper to explore how PEEK's unique properties and advanced 3D printing technologies are revolutionizing the manufacturing landscape.

Get Your FREE Whitepaper

Steering Wheel

Steering Wheel_ABS+ (2)

The Printer: FUNMAT PRO 610HT

Dimensions: 370 x 350 x 120 mm

Material: PC-ABS

Rapid prototype testing for airbag systems and electronic devices is essential in the development of electronic systems for new energy models.

INTAMSYS FFF rapid prototyping technology provides high molding quality, with single sheet manufacturing completed in just 3 days. This fast turnaround time enhances the efficiency of R&D iterations.

By using PC-ABS material, the prototypes achieve excellent temperature resistance, robust strength, and a smooth surface finish, making them ideal for rigorous testing and validation.

 

Nozzle Temperature: 

260°C
Chamber Temperature: 

90°C
Build Plate Temperature: 

85°C
 Printing Time: 

3.5 Days
 Post Processing Time: 

5 Hours
Support Material:

HIPS

Rearview Mirror

IMG_1545

The Printer: FUNMAT PRO 310 NEO

Dimensions: 250 x 140 x 115 mm

Material: ABS

3D-printed ABS car rearview mirrors are ideal for prototype verification, offering exceptional performance characteristics.

They offer high strength, excellent surface smoothness, and impressive durability, along with good heat resistance and antioxidant stability for various conditions.

These mirrors can undergo multiple finishing processes, such as polishing, painting, and electroplating, enhancing their aesthetic appeal.

This method is also cost-effective and features a short production cycle, enabling rapid design iterations to meet evolving project needs.

 

Nozzle Temperature: 

280°C
Chamber Temperature: 

80°C
Build Plate Temperature: 

100°C
 Printing Time: 

17 Hours
 Post Processing Time: 

2 Hours to remove support and 3 days to sand and paint
Support Material:

HIPS

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