Product Brand: Hydro-Mec is a well-established Italian manufacturer known for its precision-engineered gearbox solutions tailored for industrial demands. With a strong focus on modularity, high-quality materials, and versatile mounting options, Hydro-Mec is a trusted brand among engineers and technical specialists across automation, food processing, packaging, and heavy-duty industrial applications.Key Features, Advantages, and Applications:
• High Torque Reduction with 74:1 Ratio – Ideal for applications requiring precise speed reduction and increased torque, such as conveyor systems, dosing equipment, and lifting mechanisms.

• Ø35 mm Stainless Steel Hollow Output Shaft – Corrosion-resistant and robust, suitable for use in sanitary environments such as food production, pharmaceuticals, and marine industries where hygiene and durability are paramount.

• Aluminium Gear Housing – Lightweight yet highly rigid, offering excellent heat dissipation and resistance to wear – perfect for applications demanding durability in limited installation spaces.

• Standardized 90B14 Input Flange – Ensures compatibility with IEC-standard motors, allowing for flexible integration into existing drives and easy motor replacement or upgrades.

• Ø24 mm Input Shaft – Designed for efficient torque transmission with minimum backlash; fits most standard motor adapters used in industrial automation.

• Gearbox Efficiency of 58% – Optimized for performance in low-speed, high-load applications where reliability is more important than energy conservation.

• Gear Size 085 – Compact yet powerful, this size caters to tight-space constraints without compromising on performance, especially for AGVs, automated machinery, and mobile processing units.

• Hydro-Mec’s Modular Design – Allows fast interchangeability and customization, reducing downtime in maintenance and enabling tailored configurations for OEMs and machine builders.

With proven durability and adaptable design, the Hydro-Mec 085 worm gearbox is an ideal choice for demanding engineering environments requiring a balance of performance, reliability, and hygienic construction.