At Diznee Multilub System, we offer a comprehensive range of advanced lubrication systems designed to meet the diverse needs of various industries. Our products are engineered for reliability, efficiency, and sustainability, ensuring your equipment operates at peak performance.
Our combined lubrication systems are designed to provide pre-jacking cum forced lubrication to the journal bearings continuously along with the relay / PLC based electric control panel.
Our automatic lubrication systems are designed to provide consistent, precise lubrication to your machinery, reducing manual maintenance and enhancing equipment lifespan.
We offer a range of special systems tailored to specific industrial requirements and challenging environments.
We understand that every application is unique. Our team of experts works closely with you to design and implement customize lubrication solutions, enabled to lubricate the journal bearing continuously.
A fully-automated grease spray lubrication system that periodically sprays grease onto the slew-gear of a stacker-cum-reclaimer, ensuring uniform grease film.
A robust automated grease-spray lubrication system designed for rotary equipment, continuously delivering precise amounts of grease to bearings and pin joints — helping reduce friction, prevent overheating, and extend service intervals.
It ensures consistent lubrication even under heavy loads or harsh conditions, reducing wear and downtime while enhancing reliability and operational efficiency.
An Auto Greasing System for an Autogenous Mill provides continuous, metered lubrication to mill bearings and critical rotating components.It ensures optimal grease distribution even under heavy loads, high impact, and demanding operating conditions. By maintaining consistent lubrication, it reduces friction, wear, and the risk of unexpected bearing failures. The system improves equipment reliability, extends service life, and minimizes maintenance downtime.
A Customised Greasing System for Mixture & Cooler is engineered to deliver precise, intermittent lubrication to bearings, shafts, and rotating components in high-temperature and dusty environments. It ensures consistent grease flow based on the equipment’s load and operational speed, preventing overheating and wear. The system reduces manual intervention and eliminates lubrication gaps that can lead to premature failures. By maintaining optimal lubrication, it enhances equipment reliability, boosts productivity, and reduces maintenance downtime.
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An Oil Circulation Cum Cooling System (OCS) for Gear Box is designed to continuously supply filtered, cooled, and pressurized oil to the gearbox components for smooth, efficient operation. It helps to maintain optimal lubrication, reduces heat generation, and prevents wear of gears and bearings even under heavy-load on continuous duty.
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An HP–LP (High-Pressure–Low-Pressure) lubrication system for grinding mills delivers pressurized oil to mill trunnion bearings during startup (HP) and maintains continuous lubrication during operation (LP). This system ensures proper oil film formation, reduces friction, and protects bearings under heavy loads and harsh grinding conditions.
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An Auto Greasing System for Crushers, Apron Feeders & Wobbler Feeders is designed to deliver intermittent, precise lubrication to bearings, shafts, chains, and wear points operating under heavy load and harsh, dusty conditions. It ensures consistent grease flow, reduces friction and wear, and eliminates the risk of lubrication gaps caused by manual greasing delays.
The system enhances equipment reliability, lowers maintenance frequency, and prevents unexpected breakdowns in critical material-handling and crushing operations.
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A Relay-Based Electrical Control Panel is designed to operate machinery and processes using electromechanical relays for switching, protection, and automation. It provides reliable control of motors, sensors, and auxiliary equipment without the need for advanced PLC-based systems. Built for durability and simplicity, the panel offers easy troubleshooting, stable performance, and cost-effective automation for industrial applications.
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