Bowdil 40-93 Trim Chain

The Bowdil 40-93 Trim Chain is a high-quality mechanical cutting tool engineered for the demanding needs of the mining industry. Manufactured by Bowdil, a trusted name in mining equipment, this trim chain is designed to deliver exceptional durability, precision, and cutting performance in challenging mining environments. As a critical component in material handling and cutting processes, the Bowdil 40-93 Trim Chain offers an effective solution for a variety of mining applications.

Key Features:

Heavy-Duty Design: Built to withstand the harshest conditions, the Bowdil 40-93 Trim Chain is constructed from high-strength materials that ensure longevity and reduce downtime due to wear and tear.
Precision Cutting: Designed for efficient and consistent cutting performance, the Bowdil 40-93 Trim Chain provides smooth operation, improving both the speed and accuracy of your mining operations.
Optimized Efficiency: With its robust build and innovative design, this trim chain minimizes maintenance requirements, lowering operational costs and boosting overall productivity.
Compatibility: The Bowdil 40-93 Trim Chain is compatible with a wide range of mining machinery, making it an adaptable and versatile solution for different types of mechanical cutting tasks in both underground and surface mining.

The BOWDIL Company has been manufacturing high-quality, long-lasting products since 1923. Specializing in Mining, Machining, and Heat Treating, The BOWDIL Company is a leader in the industry. With unsurpassed quality and service, The BOWDIL Company has succeeded in expanding the design, fabrication, machining, and heat treat capabilities while maintaining a high standard for these services.

Authorized Reseller

Leaders in quality and reliability since 1965.

For over a half-century, Bit Service has been crafting cutting-edge tools for underground mining.

Our expertise now extends to full design, fabrication and repair of cutting assemblies for underground mining and tunnelling equipment, including cutting optimization and wear reduction.