CNC machining centres, grinding machines, and turning centres operate at the intersection of high-speed mechanical forces and micron-level tolerances. Sensors must survive flooded coolant, cutting oil mist, and the electromagnetic environment generated by high-frequency spindle drives — while delivering the precision needed to trigger tool change cycles, confirm workpiece seating, and detect tool breakage.
Pantron FSI/FSR Series
Pantron FSI/FSR fork light barriers with 4 kHz response detect broken drill and tap tools after each machining cycle before the broken fragment damages the part or fixture.
EGE Inductive Proximity
EGE inductive proximity switches confirm workpiece seating against chuck stops before the spindle starts, preventing out-of-tolerance cuts from poorly loaded components.
Lion Precision Eddy Current
Lion Precision eddy current sensors measure spindle bearing clearance and vibration in high-speed machining centre spindles, providing data for predictive bearing replacement programmes.
EGE Pressure Sensors
EGE pressure sensors measure differential pressure across high-pressure coolant filtration systems, alerting maintenance when filter elements need replacement before coolant quality degrades.
Lion Precision Machine Tool
Lion Precision machine tool sensors provide non-contact workpiece offset measurement after fixture setup, reducing machine downtime spent on manual probe cycles.
Pantron ISM Series
Pantron ISM photoelectric sensors monitor chip conveyor drive loads and detect blockages at transfer points, preventing chip packing that stops chip removal and causes thermal problems in the machine tool.
EGE Flow Sensors
EGE flow and pressure sensors monitor high-pressure coolant pump output, triggering spindle shutdown if coolant flow or pressure drops below programmed limits.
FSI/FSR fork sensors for tool breakage detection after machining cycles.
Non-contact workpiece and spindle measurement for CNC applications.
Coolant filter differential pressure and hydraulic system monitoring.
Chuck and fixture seating confirmation sensors resistant to coolant flooding.
High-pressure coolant flow and pump discharge monitoring.
Spindle bearing wear and vibration monitoring for predictive maintenance.
Our technical team has hands-on experience solving detection and sensing challenges across all of these application areas. Tell us what you're working with.
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