Port machining PLOT WORK

Automotive Industry

Tuning Shops
Require polishing and shaping of intake and exhaust ports to improve engine performance.

Motorsports Companies
Demand high-precision port machining to optimize racing engine performance by enhancing airflow and combustion efficiency.

Automotive Parts Manufacturers
Need to accurately reproduce precise port shapes during the mass production prototyping stage.

Motorcycle Industry

Motorcycle Maintenance and Custom Shops
High demand in two-wheel customization, especially effective even for small-displacement engines.

Industrial Engine Manufacturers
Use port machining to improve engine efficiency in engines for ships, agricultural machinery, generators, and other industrial applications.

Prototyping and Research & Development Departments
Utilized by precision machinery manufacturers and university laboratories for prototyping shapes that consider aerodynamic and fluid dynamics characteristics.

Companies Using 3D Scanning and Reverse Engineering
5-axis machining plays a crucial role when reproducing ideal shapes from actual machines with high precision.

Engine Performance Tuning
Polishing of intake and exhaust ports for automobiles and motorcycles.
Improves airflow and exhaust efficiency, leading to increased output and throttle response.

Engine Optimization in Motorsports
Precision machining of racing engines.
Pursues ideal port shapes based on fluid dynamics to maximize competitive engine performance.

Prototyping and Development Before Mass Production
Prototype processes for automotive parts and engine manufacturers.
Enables high-precision reproduction of complex shapes as designed, supporting real-world testing and pre-production validation.

Efficiency Improvement in Industrial Engines
Enhancing combustion efficiency in engines for agricultural machinery, ships, and generators.
Machining solutions aimed at improving fuel economy and output efficiency during long-term operation.

Reproduction Machining for Custom and Restoration Projects
Restoration and customization of classic and iconic vehicles.
Combines 3D scanning and reverse engineering to faithfully reproduce and optimize original geometries.

Ports are said to have their performance greatly influenced by surface roughness.
With the advanced capabilities of 5-axis machining, it is possible to accurately reproduce complex curved surfaces and undercut areas that cannot be processed with a 3-axis machine, enabling high-precision support that would otherwise be unachievable.