Intelligent Machine Control | IMC Excavators

The Komatsu PC290LCi-11 is a mid-size hydraulic excavator with Intelligent Machine Control (IMC) for automated precision in excavation and grading. Engineered for versatile construction applications, it enhances productivity, reduces fuel consumption, and minimizes operator workload. With advanced hydraulics, durable components, and smart automation, it ensures efficiency and accuracy on demanding job sites.

The Komatsu PC490LCi-11 is a large hydraulic excavator equipped with Intelligent Machine Control (IMC) for automated precision in excavation and grading. Designed for heavy-duty construction and earthmoving, it boosts productivity, reduces fuel consumption, and minimizes operator effort. With advanced hydraulics, durable components, and smart automation, it ensures efficiency and accuracy in demanding job sites.

The Komatsu PC390LCi-11 is a large hydraulic excavator featuring Intelligent Machine Control (IMC) for automated precision in digging and grading. Engineered for heavy-duty construction and earthmoving, it enhances efficiency, reduces fuel consumption, and minimizes rework. With advanced hydraulics, durable components, and smart automation, it ensures high productivity and accuracy on tough job sites.

The Komatsu PC360LCi-11 is a large hydraulic excavator equipped with Intelligent Machine Control (IMC) for automated precision digging and grading. Designed for heavy-duty construction and earthmoving, it increases efficiency, reduces fuel consumption, and minimizes rework. With advanced hydraulics, durable components, and smart automation, it delivers high productivity and accuracy on demanding job sites.

The Komatsu PC210LCi-11 is a mid-size hydraulic excavator with Intelligent Machine Control (IMC) for automated precision grading. Designed for construction and earthmoving, it minimizes over-excavation, improves efficiency, and reduces fuel consumption. Featuring advanced hydraulics, durable components, and smart automation, it delivers high productivity and accuracy on tough job sites.