CS Tool Engineering – Your trusted partner in plastic injection mold manufacturing since 1967, delivering innovative solutions for the automotive and consumer goods industries.

Makino’s

Makino F-Series Vertical Machining Centers

Precision Meets Performance

At CS Tool Engineering, our commitment to accuracy and efficiency is backed by the advanced machining capabilities of our Makino F-Series vertical machining centers — including the F3, F5, and F9. Engineered for exceptional rigidity, thermal stability, and surface quality, these machines enable us to deliver tooling and components that meet the most demanding tolerances in the industry.

Makino F5

The Makino F5 is designed for high-precision work in smaller components, offering superior accuracy and fine surface finishes. With its thermal control system, high-speed spindle, and rigid construction, it’s ideal for detailed tool and die work, mold components, and intricate geometry machining. The F5 excels in environments where micron-level precision is a must.

Key Highlights:

-Perfect for small, intricate tooling applications

-High-speed spindle for fine surface finishes

-Advanced thermal management for dimensional accuracy

Technical Information

Travels 95″ x 67″ x 40″ (2400mm x 1700mm x 100mm)
2,3, and 5 Axis Machines

Vertical Machining Centers
Travels 157″ x 78″ x 50″ (4000mm x 2000mm x 1300mm)
Makino F9
Makino F5
Makino F3 W/Graphite System

Makino F9

Makino F9

The Makino F9 stands out as a large-format precision powerhouse, engineered for machining large molds, plates, and high-tolerance die components. Its massive casting and advanced spindle technology deliver unmatched stability, while maintaining the same precision expected across the F-Series lineup. When size and accuracy both matter, the F9 delivers.

Key Highlights:

-Optimized for both roughing and finishing large parts

-Large work envelope for oversized components

Uncompromising Quality

From fine-detail inserts to large mold bases, the Makino F3, F5, and F9 machines allow CS Tool Engineering to achieve superior part accuracy, repeatability, and finish quality — ensuring every tool that leaves our facility meets the highest manufacturing standards.