Pump high-pressure, recirculated coolant without added filtration

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High-pressure, seal-less coolant pumps that reduce costs and improve productivity

The most energy efficient coolant pump with ultimate controllability and lowest cost of ownership

Speeds, feeds and efficiencies can be improved with the use of high-pressure coolant. Hydra-Cell® Pro coolant pumps have been pumping recirculated coolant successfully for over 50 years. Hydra-Cell coolant pumps are efficient, high-pressure pumps designed to pump fluids which are contaminated by particles from machining. Particles to 250 micron in diameter can be easily pumped with Hydra-Cell Pro coolant pumps, eliminating the expense of fine filtration required by other positive displacement, centrifugal, screw, or piston pumps.

Unlike these other pumps, Hydra-Cell Pro coolant pumps do not rely on the fluid being pumped to provide lubricant between surfaces which ride on each other, making Hydra-Cell Pro pumps are the reliable solution for pumping of abrasive, recirculated coolant.

Unlike other pumps, Hydra-Cell® Pro reliably pumps dirty, recirculated coolant without extra maintenance or costly fine filtration

Key Technology Advantages Hydra-Cell® Pro Seal-less Coolant Pumps

HANDLES ABRASIVE RECIRCULATED COOLANTS

Handles recirculated coolants with suspended solids from 0.1 microns up to 500 microns that will destroy other pumps
Low pulse eliminates the need for pulsation dampeners in many applications
Pump neat oils, thick oils, very low viscosity water-based, synthetic, and solvent-based coolants with consistent performance

HIGH PRESSURE WITHOUT FINE FILTRATION

Charged and dirty liquids processed without need for fine filtration to protect the pump
Can run dry indefinitely with no damage
Operate at any pressure from <1 bar up to >1,000 psi (70 bar); some models up to 2,500 psi (170 bar)
Can operate at continuous duty under high pressures

IMPROVES FINISH QUALITY AND CONTROL

Eliminates swarf and chip build-up; higher pressure aids in chip removal and breakage
Reduces excessive heat, thermal shock and improves finish quality and consistency
Wide choice of valve materials enables processing of materials ranked 10 on the Mohs’ hardness scale, such as diamond

INCREASES PRODUCTIVITY AND PROLONGS TOOL LIFE

Can reduce cutting times by 70%
Less heat dramatically extends tool life
Allows for increased speeds and feeds
Reduced cycle times for greater productivity
Reduce parting-off times and eliminate peck drilling

HIGHER ENERGY EFFICIENCY AND SAVINGS

85%+ energy efficiency outperforms other pump technologies
Significant energy savings of up to 70% via reduced energy demand on chiller units
Eliminates the need for coolant bypass
Can be fitted with a smaller motor and yield equivalent flows and pressures