A road header, also known as a tunnel boring machine or excavating equipment, is a critical piece of machinery in underground mining and tunneling operations. It is primarily used for cutting and loading rock, coal, or other materials in confined spaces such as coal mines, railway tunnels, and hydroelectric projects. The cost of acquiring a roadheader can vary significantly based on factors such as model, manufacturer, specifications, and whether the unit is new or used.

　　New Roadheaders:

　　Prices for new roadheaders typically range from approximately $10,000 to over $2 million. For instance, the HFEBZ-200A Small Mining Tunneling Boring Machine is listed between $10,000 and $12,000, while larger models like the XCM-G 230kw EBZ230 are priced around $390,000. High-end models, such as the Cummins Generator Official Tunneling Mini Tunnel Boring Machine, can reach prices up to $2,047,700. citeturn0search0

　　Used Roadheaders:

　　The market for used roadheaders offers more variability in pricing, often influenced by the machine's age, condition, and usage history. For example, a 2010 Atlas Copco Giamec 211 is listed at $36,320, while a 2014 XCMG EBZ160's price is available upon request. It's important to note that prices for used equipment can fluctuate based on demand and availability. citeturn0search1

　　Operating Costs:

　　Beyond the initial purchase price, operating costs are a crucial consideration. These include expenses related to maintenance, labor, energy consumption, and wear parts. For example, labor costs can amount to approximately $950 per meter of roadway advanced, assuming an average advance rate of 70 meters per month. citeturn0search4

　　The cost of a road header is not a fixed figure but a composite of purchase price, operational expenses, and contextual factors. For accurate quotations, stakeholders should consult manufacturers directly, providing detailed project specifications. As underground construction grows in complexity, investing in robust and adaptable road headers remains pivotal for achieving both economic and operational efficiency.