3D Printed Stainless Steel Exhaust Z-Pipe – Universal 2.75” & 3.0”

This stainless steel 3D printed Z-pipe is a high-strength, precision-formed exhaust routing component designed for custom fabrication and performance exhaust systems. Manufactured using additive metal printing (stainless steel), it offers excellent durability, heat resistance, and structural integrity compared to traditional welded or mandrel-bent sections.

The Z-shape design allows for tight clearance routing where conventional exhaust bends cannot achieve proper alignment, making it ideal for performance builds, turbo systems, and custom exhaust fabrication work.

Available in both 2.75” and 3.0” internal diameter options to suit a wide range of exhaust setups.

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Exhaust Fabrication Component

3D Printed Stainless Steel Z-Pipe (Exhaust Routing Section)

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Contents

(1x) Stainless Steel 3D Printed Exhaust Z-Pipe – Selected Size (2.75” or 3.0”)

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Specifications

• Material: 3D Printed Stainless Steel (high-temperature, corrosion-resistant alloy)
• Manufacturing Process: Additive metal manufacturing (SLM / DMLS equivalent)
• Design: Z-shaped offset exhaust routing pipe
• Internal Diameter Options:
  • 2.75” (69.85mm)
  • 3.0” (76.2mm)
• Application: Custom exhaust fabrication, performance routing, clearance correction, prototype fitment
• Heat Resistance: Suitable for high-temperature exhaust environments
• Finish: Raw stainless steel print finish (may show layer texture typical of additive manufacturing)

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Compatibility

Universal fitment – designed for fabrication use across multiple vehicle platforms where matching exhaust diameter is used.

Suitable applications include:

• Custom turbo-back exhaust systems
• Downpipe and mid-pipe fabrication
• Motorsport and track builds
• Exhaust clearance and offset correction
• Workshop prototyping and mock-up systems

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THIS PART FITS THE FOLLOWING VEHICLES (WHEN MATCHED TO PIPE SIZE & FABRICATION)

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NOTE:
This is a universal fabrication component. Professional welding and installation required. Final fitment depends on application, routing design, and exhaust system layout.