Skip to main content
Conflux Technology validated its 3D-printed transmission oil cooler during a full-distance endurance race in a Multimatic Motorsports vehicle.
Technology
1 min read

Conflux Technology validated its 3D-printed transmission oil cooler during a full-distance endurance race in a Multimatic Motorsports vehicle.

Conflux Technology
Conflux Technology

Hardware

Originally reported by automotivepowertraintechnologyinternational.com

Conflux Technology validated its 3D-printed transmission oil cooler during a full-distance endurance race in a Multimatic Motorsports vehicle. Developed in just two weeks via metal additive manufacturing, the unit delivered 20% higher heat rejection than legacy solutions within the same packaging envelope. This milestone proves that configurable AM cores eliminate the trade-off between rapid design cycles and the rugged durability required for top-tier racing. 🏎️💨 #AdditiveManufacturing #3DPrinting #AutomotiveEngineering #ThermalManagement

Explore Conflux TechnologyRead Original

How This Connects

4 related events
  1. This article

    Conflux Technology validated its 3D-printed transmission oil cooler during a full-distance endurance race in a Multimatic Motorsports vehicle.

  2. Same pattern

    Multimatic Motorsports validated Conflux Technology’s 3D-printed transmission oil cooler during a full-distance endurance race.

  3. Same pattern

    Brose is scaling metal additive manufacturing for automotive series production using a custom 8-laser system co-developed with Farsoon Technologies.

  4. Same pattern

    Czinger Vehicles is establishing a UK base at MIRA Tech Park to expand its digital manufacturing footprint.

  5. Same pattern

    Bentley Motors has debuted its first 3d printed platinum components in the Batur Convertible #4, advancing beyond its previous 18k gold applications.