► Alemlube | DPX Progressive Metering Valves

Precise Lubricant Control for High-Performance Automated Greasing Systems

Imagine servicing a critical machine with twenty lubrication points, only to discover one bearing hasn't received grease for weeks because lubricant flow was interrupted somewhere in the circuit.

That's exactly the challenge progressive lubrication systems are designed to prevent.

Alemlube DPX Progressive Metering Valves help distribute controlled lubricant volumes throughout automated lubrication networks, ensuring grease is delivered sequentially to multiple lubrication points while providing greater consistency across machinery, mobile plant & industrial assets.

Used across manufacturing facilities, agricultural operations, transport fleets, construction equipment & industrial processing environments, these valves play a critical role in maintaining lubrication accuracy where equipment reliability matters most.

Businesses implementing automated lubrication systems often utilise products from our Industrial Lubrication Fittings collection. Larger lubrication networks frequently incorporate products from our Manifold range, while maintenance teams focused on safer servicing practices commonly utilise solutions from our Work Safety Protections collection.

What Are DPX Progressive Metering Valves?

DPX Progressive Metering Valves are lubrication distribution components used within progressive lubrication systems to deliver measured lubricant volumes to multiple lubrication points in a controlled sequence.

Unlike basic distribution methods, progressive systems ensure lubricant travels through a predefined circuit, helping maintenance teams verify lubricant delivery throughout the entire system.

Common applications include:

► Automated lubrication systems
► Progressive greasing systems
► Centralised lubrication networks
► Industrial machinery
► Agricultural equipment
► Mobile plant
► Fleet maintenance operations
► Manufacturing facilities
► Processing equipment
► Heavy-duty production assets

These systems are particularly valuable where consistent lubrication directly impacts equipment reliability & operating costs.

Why Choose DPX Progressive Metering Valves?

Lubrication isn't simply about supplying grease.

It's about ensuring every lubrication point receives the correct amount at the correct time.

DPX Progressive Metering Valves help achieve this through:

► Controlled lubricant delivery
► Sequential grease distribution
► Improved lubrication consistency
► Reduced risk of missed lubrication points
► Support for automated maintenance programs
► Improved asset protection
► Reduced manual greasing requirements
► Greater maintenance efficiency
► Better equipment reliability
► Support for preventative maintenance objectives

For operations managing high-value equipment, lubrication consistency often translates directly into improved equipment availability.

Common Applications

Manufacturing Facilities

► Conveyor systems
► Packaging equipment
► Automated production lines
► Processing machinery

Agricultural Equipment

► Tractors
► Harvesters
► Seeding equipment
► Spraying machinery

Construction & Earthmoving

► Excavators
► Wheel loaders
► Dozers
► Mobile plant

Fleet Maintenance Programs

► Heavy vehicle servicing
► Equipment reliability initiatives
► Workshop lubrication systems
► Preventative maintenance schedules

Industrial Processing

► Pumps
► Rotating assets
► Production infrastructure
► Mechanical equipment

Across these environments, progressive lubrication systems help create more structured & reliable maintenance outcomes.

Product Selection Guide

Choosing the correct metering valve configuration starts with understanding how lubricant needs to flow throughout the equipment.

Key considerations include:

► Number of lubrication points
► Grease volume requirements
► System pressure
► Lubricant type
► Future expansion requirements
► Equipment operating conditions
► Maintenance accessibility

Smaller Progressive Systems

Best suited to:

► Compact equipment
► Workshop machinery
► General maintenance applications

Medium Lubrication Networks

Best suited to:

► Agricultural equipment
► Fleet maintenance assets
► Manufacturing machinery

Large Automated Systems

Best suited to:

► Industrial facilities
► Continuous production environments
► High-value equipment

Comparison Guide

Facilities implementing progressive lubrication systems frequently utilise products from our Volume Injectors & Manifold Kits collection to support larger lubrication networks.

Lubrication circuits often incorporate products from our Divided Elements & Assembled Dividers range where controlled distribution pathways are required.

Maintenance teams responsible for system monitoring commonly utilise products from our DMX Reset Pressure Indicator collection to improve visibility into lubrication system performance.

Businesses supporting rotating assets frequently utilise products from our Bearings collection, where consistent lubrication remains essential for long-term component protection.

Organisations looking to maximise equipment reliability can also utilise our Tool & Equipment Care service to strengthen preventative maintenance programs.

Expert Tips

► Design lubrication circuits with future expansion in mind rather than focusing solely on current requirements.
► Regularly inspect lubrication points to confirm grease is reaching all intended components.
► Monitor equipment wear patterns to identify lubrication optimisation opportunities.
► Include valve inspections within scheduled preventative maintenance programs.
► Treat lubrication system audits as a core reliability activity rather than a reactive maintenance task.

Reliability is rarely achieved through a single component upgrade. It's usually the result of consistent maintenance processes, equipment monitoring & proactive decision-making. That's a theme explored in The Jobsite Doesn't Forgive. We Do..

Maintenance teams focused on continuous improvement may also find valuable insights in One Year On The Tools Lessons Learned, where operational efficiencies are built through incremental improvements.