KITAMURA Double Column Machining Centres

Why choose a Kitamura Double Column Machining Centre?

Bridge‑type, double column structure provides outstanding rigidity across the full travel, supporting heavy workpieces and demanding cutting conditions.

High‑precision linear scales and thermal compensation technologies help maintain accuracy over long travels and extended cutting times.

Powerful, high‑speed spindles and a wide choice of cutting heads support both roughing and finishing operations on a single platform.

Large table sizes and generous axis strokes allow machining of oversized parts without compromising accessibility. 

Explore DTS’s range of Kitamura Double Column Machining Centres

DTS supplies a range of Kitamura Double Column Machining Centres to cover different component sizes, accuracy requirements and industry sectors.

 

• Kitamura Bridge Center 6G – Entry-level double column machine offering high rigidity and accuracy for smaller moulds and precision components.

• Kitamura Bridge Center 8G – Versatile bridge‑type centre with extended travels for medium‑sized dies, tools and structural parts.

• Kitamura Bridge Center 10G – Larger platform designed for heavier workpieces and extended machining of moulds and plates.

• Kitamura Bridge Center 12G – High‑capacity double column solution for large, complex components in industries such as aerospace, automotive, energy and heavy engineering. 

• Kitamura Jig Center 5G – Ultra-high precision jig boring and machining centre designed for tight-tolerance tooling, precision dies and high-accuracy components.

Double column machining from DTS

With decades of experience in large machine tools, DTS can support you from initial specification through to installation, training and long‑term service for your Kitamura Double Column Machining Centre. Our engineering team understands the demands of heavy machining and precision die and mould work, helping you to configure the right solution and keep it performing at its best. Contact us today to discuss your project requirements.
 

Kitamura Double Column Machining Centres Frequently Asked Questions
 

When should I choose a double column machining centre over a standard vertical machine?

A double column machining centre is the better choice when you’re working with larger, heavier or more complex parts that need long travels and maximum rigidity. The bridge‑type structure offers much greater stability across the whole work envelope, making it ideal for die and mould work, large plates, tools and structural components that demand consistent accuracy end‑to‑end.

 

What advantages does the double column design give in terms of accuracy?

The twin‑column bridge design minimises deflection and distortion, especially over wide spans and long axis movements. Combined with high‑precision linear scales and thermal compensation, this helps maintain dimensional accuracy and surface finish even during long machining cycles on large components.

 

How do I know if my floor and facility can accommodate a double column machine?

Double column machines require careful consideration of footprint, access, foundations and services. As part of the pre‑sale process, DTS can review your facility layout, advise on any civil works required and work with you to ensure the machine is installed on a suitable foundation, with the right power, extraction and crane access.

 

Are these machines suitable for both roughing and finishing operations?

Yes. Kitamura double column machining centres are designed to handle heavy roughing cuts and high‑accuracy finishing on the same platform. High‑torque spindles, rigid structures and precision drives mean you can remove material efficiently and then finish to tight tolerances without moving the part to another machine.

 

Can I integrate probing and advanced measurement on a double column machine?

Probing and in‑process measurement are common options on double column machining centres. Tool and workpiece probing can be used for setup, verification and process control, which is particularly valuable on large, high‑value components where scrap or rework is costly.