Laser measuring system with 3D touch probe for setting and monitoring the entire tool spectrum of combined turning/milling machines. Unbeatably precise and reliable thanks to the latest DIGILOG technology, premium laser optics and adapted 3D probe.
LC52-DIGILOG – The all-rounder suitable for every tool. Combines the benefits of two measuring technologies in one compact system.
The world’s most advanced laser measuring system
Highly dynamic measurement of all tool parameters
Non-contact measurement of all tool types, shapes, and cutting materials
Recognition of changes in geometry such as tool cutting edge wear
Consistently good part precision through process-integrated temperature compensation
Reliable compensation for spindle drift and runout errors
Run-out monitoring detects bad tool holders and soiling
Low-manpower, automated operation
Protected by patents
Unique DIGILOG Technology
Up to 60% less measuring and checking time
Thousands of measuring values of all tool cutting edges per second
Evaluation of a data stream
Dynamic adjustment of the measuring speed according to the nominal tool rpm
Automatic filtering of dirt and cooling lubricant residue on tool
DIGILOG calibration with integrated run-out monitoring
In-process reliability under coolant in a new dimension
Premium laser optics & protection system
High-end laser optics for optimum performance under the harshest conditions
Repeatability in nanometre range
Maximum absolute accuracy with focused laser beam
Measurement of micro-tools and very small cutting edge geometries
Maximized homogeneity of beam shape for optimum results even under coolant mist
Absolute accuracy better than all comparable measuring systems
Extremely powerful stream of barrier air to provided optimum protection for the optics
Laser measuring system for CNC machine tools that is unique worldwide for non-contact tool measurement and tool monitoring under the harshest conditions. Unbeatably fast, precise and reliable thanks to the latest DIGILOG technology, premium laser optics and perfected BLUM protection system.
LC50-DIGILOG – A future-oriented laser measuring system for CNC machining centres
The world’s most advanced laser measuring system
Highly dynamic measurement of all tool parameters
Non-contact measurement of all tool types, shapes, and cutting materials
Recognition of changes in geometry such as tool cutting edge wear
Consistently good part precision through process-integrated temperature compensation
Reliable compensation for spindle drift and runout errors
Run-out monitoring detects bad tool holders and soiling
Low-manpower, automated operation
Protected by patents
Unique DIGILOG Technology
Up to 60% less measuring and checking time
Thousands of measuring values of all tool cutting edges per second
Evaluation of a data stream
Dynamic adjustment of the measuring speed according to the nominal tool rpm
Automatic filtering of dirt and cooling lubricant residue on tool
DIGILOG calibration with integrated run-out monitoring
In-process reliability under coolant in a new dimension
Premium laser optics & protection system
High-end laser optics for optimum performance under the harshest conditions
Repeatability in nanometre range
Maximum absolute accuracy with focused laser beam
Measurement of micro-tools and very small cutting edge geometries
Maximized homogeneity of beam shape for optimum results even under coolant mist
Absolute accuracy better than all comparable measuring systems
Extremely powerful stream of barrier air to provided optimum protection for the optics
Laser light barrier with separate transmitting and receiving unit for non-contact tool measurement and fast tool breakage detection under the harshest conditions. Precise and reliable thanks to the latest DIGILOG technology, high-quality laser optics and the unique BLUM protection system.
LC53-DIGILOG – Compact laser measurement system with separate transmitter and receiver unit
The world’s most advanced laser measuring system
Highly dynamic measurement of all tool parameters
Non-contact measurement of all tool types, shapes, and cutting materials
Recognition of changes in geometry such as tool cutting edge wear
Consistently good part precision through process-integrated temperature compensation
Reliable compensation for spindle drift and runout errors
Run-out monitoring detects bad tool holders and soiling
Low-manpower, automated operation
Protected by patents
Unique DIGILOG Technology
Up to 60% less measuring and checking time
Thousands of measuring values of all tool cutting edges per second
Evaluation of a data stream
Dynamic adjustment of the measuring speed according to the nominal tool rpm
Automatic filtering of dirt and cooling lubricant residue on tool
DIGILOG calibration with integrated run-out monitoring
In-process reliability under coolant in a new dimension
Premium laser optics & protection system
High-end laser optics for optimum performance under the harshest conditions
Repeatability in nanometre range
Maximum absolute accuracy with focused laser beam
Measurement of micro-tools and very small cutting edge geometries
Maximized homogeneity of beam shape for optimum results even under coolant mist
Absolute accuracy better than all comparable measuring systems
Extremely powerful stream of barrier air to provided optimum protection for the optics
Laser measuring system for CNC machining centres for non-contact tool measurement and tool monitoring under the harshest conditions. Unbeatable precision and reliability due to high-quality laser optic, intelligent NT Electronics and unique BLUM protection system.
Micro Compact NT – Laser measuring system for CNC machining centres proven in thousands of applications worldwide
Do you already know the latest generation of our laser measurement systems with advanced DIGILOG technology, premium laser optics and perfected BLUM protection system?
Proven high-precision laser measuring system
Support systems provide highest precision
Laser diodes and lenses of the highest quality
Intelligent NT-Technology
Maximum absolute accuracy with focused laser beam
Programmable by integrated microprocessor
Pre-aligned laser for easy mounting
Extremely robust and long-lasting
Non-contact, optical tool measurement
Fast, precise and automatic measurement of all tool types, shapes and cutting materials (PKD, CBN, etc.)
Tool measurement in real clamping condition and at nominal speed
Compensation of spindle drift and concentricity errors of the tool cutting edges
Reliable measurement of sensitive and very small tools
Measurement of multi-staged tools and special tools
100 % reliable due to BLUM protection system
Reliable tool measurement thanks to patented NT Electronics and barrier air flow
Perfect protection for the lens from contamination through proven mechanical shutter
BLUM pneumatic unit for maximum availability and low-maintenance operation
Portable SpindleControl (PSC) is a high-precision, portable system for flexible testing and monitoring of motor spindles in machine tools. With the set consisting of LC50-DIGILOG, the “LC-VISION PSC” software and additional accessories, the most important spindle parameters can be recorded and evaluated quickly and easily.
PSC – The condition of the motor spindle always in view
Portable spindle monitoring system
Portable system, perfect for mobile use
Spindle monitoring at the tool centre point and over the entire speed range
Plug & play solution without PLC adjustments
No connection to the machine control required
Enables predictive maintenance and prevents unplanned machine downtime
Graphical representation, logging and statistical evaluation of the results
Applications
Prevents unscheduled machine downtimes due to defective spindles
Monitoring of the motor spindle quality throughout the entire life cycle
Detects bearing damage at an early stage
User-friendly Installation
Safety: Ribbon cable allows operation with the machine door closed
Perfect solution for spindle service companies, maintenance and repair departments, spindle manufacturers and machine tool manufacturers
Analysis and visualisation
Logging of measuring results
Statistical evaluation of individual measurements depending on spindle speed
Graphical visualisation of the recorded measured values
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