The outlets of Progressive Dividers are used as positive metering devices in single line lubrication systems .The lubricant is forced into the progressive divider at a single point which is thereafter progressively distributed among the outlets. The outlets of the progressive dividers can also be cross-ported in order to feed the connected bearings at predetermined proportions. The progressive dividers do not have any "starting" and "stopping " positions. The piston inside, moves back and forth in series in a continuous cycle, forcing lubricant successively through the several outlets, as long as lubricant is supplied at inlet.AFMC manufactures progressive dividers in two different ranges - 0.2 c.c./outlet and 0.55c.c. outlet along with pumps and control systems. Progressive systems can be very conveniently used along with multi line pumps for lubricating bearings in Bulk Material Handling Equipment, Cement Plant equipment and also Steel Plant equipment.

Our Progressive Distributor is a single-line distributor available in two basic models and rates. IPM and IPL are categorized by their discharge rates. The Discharge/Outlet of the IPM is 0.55 c.c. and the IPL is 0.2 c.c. The max. working pressure is 350 bar. The IPL and IPM models are available with 6,8,10 and 12 outlets. The IPL - K and IPM - K progressive distributor has got an indicator pin attached to the end last piston which reciprocates when grease is discharged from the last outlet and is used for monitoring purposes with the help of a limit/proximity switch.

A main-line carries lubricant from the pump to the distributors (Injectors) situated close to the lubrication points. Each point has its own metering element. The lubrication cycle consists of a compression stroke and after the metering elements have discharged, a relief stroke.Injector type Systems are best suited for small & medium sized machinery.AFMC manufactures a wide range of injectors with discharge rates from .05 to 1.3 c.c./stroke along with pumps & control systems.

The Multi-line pump can accommodate up to 30 pumping units. The delivery pump comprises of the following major components: pump housing, pump elements, internal and external drive and reservoir. The vertical pump is driven by an external drive via a worm gear. An eccentrically arranged pressure ring rotates with this pump shaft engaging the pumping elements. The eccentricity of this pressure ring causes each supply piston to perform one constant pressure and suction stroke per pump shaft rotation. The discharge per outlet per hour can be varied between 6 c.c.- 210 c.c. and 12 c.c.- 420 c.c. by changing the gear ratio in the Gear Box and Pump.