Hydraulic Excavator, Small-Medium Machine

PC200-10M0 CE

Forestry, Construction, Mining, Agriculture

Presence of several features such as improved swing circle, strengthened of boom and arm components, make the Komatsu PC200-10M0 CE as a highly durable excavator in its class. The product is also known to be ultimate efficient excavator because it can reduce fuel consumption up to 18%, with its 20.5 tons operating weight and 1.00 m3 bucket capacity.

  • 138 HP

    Net Engine Output
  • 9860 mm

    Digging Reach
  • 1,0 m³

    Bucket Capacity
  • 40.4 kPa 0.41 kg/cm²

    Ground Pressure
bucket

High Productivity

The Ultimate Efficient excavator with 20.5 tons operating weight and 1.00 m3 of bucket capacity.

boom arm

Durability and Reliability

Presence of several features such as improved swing circle, strengthened of boom and arm components, make the Komatsu PC200-10M0 CE as a highly durable excavator in its class. The product is also known to be ultimate efficient excavator because it can reduce fuel consumption up to 18%, with its 20.5 tons operating weight and 1.00 m3 bucket capacity.

Related News & Promo

(Indonesia) Bebas Atur, Bebas Pilih! Program PMP untuk Excavator Komatsu Kelas 20 Ton
Komatsu

(Indonesia) Bebas Atur, Bebas Pilih! Program PMP untuk Excavator Komatsu Kelas 20 Ton

Continue reading
(Indonesia) Special Price Komatsu PC200-10M0 CE! Diskon Awal Tahun, Untung Sepanjang Tahun
Komatsu

(Indonesia) Special Price Komatsu PC200-10M0 CE! Diskon Awal Tahun, Untung Sepanjang Tahun

Continue reading
3 Types of Komatsu Hydraulic Excavators from United Tractors
Komatsu

3 Types of Komatsu Hydraulic Excavators from United Tractors

Continue reading
Komatsu PC200-10M0 CE: Fuel-Efficient & High Productivity Excavator
Hydraulic Excavator, Komatsu

Komatsu PC200-10M0 CE: Fuel-Efficient & High Productivity Excavator

Continue reading
logo-ut-connect logo-ut-connect logo-ut-connectlogo-ut-connect logo-ut-connectlogo-ut-connect icon-arrow

We use cookies to enhance and personalize your browsing experience.
By using our microsite and services, you consent to the use of the cookies.

Accept Decline