Laser - Measurement + Adjustment
Regrinding Machine - Spindels
Moving Machines + Equipment
MMS Messtechnik + Maschinen - Service - Wendlohstr. 183 - 22459 Hamburg - fon: +49 (0) 40 57709803 - fax: +49 (0) 40 57709804 - mobil: +49 (0)171 5249428


Messtechnik + Maschinen-Service

Laservermessung + Justierung von Maschinen
Laservermessung + Justierung von Maschinen

Laser Measurement + Adjustment

of Machines and Equipment
Increase the productivity of your machines and offer your customers reliability through quality laser measurement protocols
Through our years of experience in the alignment and adjustment of machines using new devloped laser measurement systems, we achieve the lowest possible machine downtimes. Geometric measuring and laser-exact alignment will be even faster and more exact in the future. Using the unique "adjustment mode", the user is able to fine tune the adjustment of the measured object at any time.
It can be used in any environment, on manufacturing machines, quality assurance as well as maintenance and installation.
Qualty measurment protocols comply with the compulsory documentation
requirement of ISO 9000
Laservermessung + Justierung von Maschinen
Laservermessung + Justierung von Maschinen
Nachschleifen von Maschinenspindeln
Nachschleifen von Maschinenspindeln

Regrinding Machine Spindles

of Machine Tools
Regrinding the inner pin direct on your machine
By regrinding without disassembling the machine we achieve negligible downtime and the most exact concentricity of the inner pin. After completing the process and appropriate measurement, a measurement protocol according to the ISO/DIN
standart is generated.
The measurement of the feeding strenght of the clamping system is of course included
The more exact a machine tool runs, the more balanced the load is on the cutting edges of its tool.
This results in long tool life.
With exact concentricity, you reduce the wear and tear of you cutting tools, increase the exactness of your machining process and achieve optimal finish quality.
This pays for itself in no time.