SummaryDalian DEUTZ Power Machinery Co., Ltd. is a China-based limited company in Dalian, Liaoning, described as both a trading company and manufacturer/factory. It focuses on DEUTZ engine R&D, sales, and engine-part supply, with products covering numerous DEUTZ models, Volvo excavator engines, and mining machinery parts. The supplier reports ISO 9001 certification, 10 production lines, 6–10 R&D engineers, 6–10 quality-control staff, broad export-market coverage, and export activity beginning in 2022. Its stated capabilities indicate relevant product specialization and established production and quality resources. However, the provided information does not verify after-sales processes, customization services, customer cases, or broader financial strength. The registered capital information is not assessed financially, in accordance with the privacy requirement.
Supplier typeThe supplier is explicitly classified as both a trading company and manufacturer/factory, and its stated operations include DEUTZ engine R&D, sales, and supply of complete engine-part ranges. Its legal structure is a limited company based in Dalian, China.
CertificationsThe supplier explicitly reports holding ISO 9001 certification. This provides evidence of a certified quality-management system, although the slice does not state the certification scope, issuing body, or validity period.
R&D capabilityThe company explicitly describes a focus on R&D for DEUTZ engines and reports 6–10 years of total R&D-engineer experience. Its broad listed engine-model coverage supports product expertise, but the slices do not document proprietary technologies, patents, new-product launches, or measurable R&D outcomes.
Production capacityThe supplier is identified as a manufacturer/factory, reports 10 production lines and 6–10 quality-control staff, and offers DEUTZ engines, engine parts, and related diesel-engine products. It also reports broad export coverage and stated peak/off-peak lead times, indicating operational capacity, although actual capacity utilization and production volumes cannot be independently evaluated here.