Fixed Joints for Forlifts

About Fixed Joints for Forlifts

Fixed Joints for Forklifts High Strength, Precision-Engineered | MND AUTO Industries

Are you looking for durable, precision-engineered fixed joints for forklifts that offer long-lasting performance and seamless power transmission? At MND AUTO Industries, we manufacture and supply high-quality fixed joints that are specifically designed for forklift drive systems and compact industrial machinery.

Our fixed joints are made using premium-grade materials and are machined using advanced CNC and VMC technology to ensure high strength, dimensional accuracy, and excellent torque transmission. These components are ideal for use in electric forklifts, diesel forklifts, material handling equipment, and other compact mobility solutions where axial movement is not required, but strength and alignment are critical.

 Fixed Alignment Design  Designed for rigid, non-axial applications
 Precision CNC/VMC Machining  Ensures a tight fit and smooth operation
 High Torque Transmission  Handles dynamic loads efficiently
 Compact Structure  Ideal for space-constrained forklift assemblies
 Corrosion-Resistant Finishing  Long service life even in harsh environments
 Low Maintenance  Built to last with minimal upkeep

• Material: High-strength alloy steel / customized material options available

• Machining Type: CNC / VMC

• Torque Capacity: Designed to customer specifications

• Application Type: Fixed joint, non-expanding

• Finish: Heat treated / Surface coated (based on requirement)

• Compatibility: Universal compatibility with major forklift brands and custom attachments

• Customization: Yes, available as per client drawing or sample

• Electric Forklifts

• Diesel Forklifts

• Warehouse Material Handling Equipment

• Compact Drive Units

• Pallet Movers

• Short-Distance Mobility Solutions

• Industrial Handling Vehicles

These fixed joints are an essential part of the forklift drive system, providing a strong and reliable link between the power source and driven component. They are engineered to handle high radial loads and vibration, making them suitable for continuous use in demanding industrial environments.