DBS ADAPTER 205-939 SERIES

posted in: Adaptor Tooth Bucket | 0

The 205-939 DBS SERIES Tooth Bucket Adapter is a critical Ground Engaging Tool (G.E.T) component designed to securely connect bucket teeth to the bucket structure. Engineered for strength and precision fitment, this adapter ensures stable tooth retention and efficient load distribution during excavation.

Manufactured using high-strength alloy steel and advanced casting or forging processes, this adapter delivers excellent durability, impact resistance, and long service life in demanding working environments.

  • Product Type: Bucket Tooth Adapter
  • Manufacturer: Derbaisheng (DBS)
  • Material: High-strength alloy steel
  • Manufacturing Process: Precision casting / forging
  • Hardness Range: ±48–52 HRC
  • Mounting Type: Weld-on adapter
  • Locking System: Pin & retainer compatible
  • Application Class: Medium to heavy-duty equipment
  • Working Conditions: Soil, rock, quarry, and mining environments
  • Precision Fitment Design
    Ensures secure and accurate connection between tooth and bucket.
  • High Structural Strength
    Reinforced body design distributes load evenly and reduces stress concentration.
  • Wear-Resistant Construction
    Engineered to withstand abrasion and extend service life.
  • Reliable Locking Compatibility
    Fully compatible with standard pin & retainer tooth systems.
  • Excavator and loader bucket systems
  • Construction and earthmoving operations
  • Quarry and mining environments
  • Heavy-duty material handling

Secure Tooth Retention

Provides a stable and reliable connection, preventing tooth loosening during operation.


Extended Service Life

Durable material and design reduce wear and extend the lifespan of both adapter and tooth.


Improved Load Distribution

Minimizes stress on bucket structure, enhancing overall equipment durability.


Reduced Maintenance Downtime

Strong and stable fitment lowers the frequency of replacement and maintenance.


High Compatibility & Flexibility

Supports various tooth types within the same system, ensuring operational versatility.