State-of-the-art measuring machines for small and large components

Measuring machines for small and large components

Following is the list of the most frequently used measuring machines and software tools from Messtronik GmbH. In addition to these, we have a number of other measuring machines. Our machine park allows us to achieve measurement results of the highest quality for our customers from the industry who want to measure components up to extremely large dimensions.

tactile measuring machines – Gantry CMM
machine:	Leitz PMM 302010	Leitz PMM 603825
measurement range X max (mm)	3,000	6,000
measurement range Y max (mm)	2,000	3,800
measurement range Z max (mm)	1,000	2,500, max. height of bridge of the component 3,200
specific length measurement uncertainty	2.5 + (L/250)	3.7 + (L/350)
component weight max (kg)	6,000	25,000
tactile system, measuring	LSP-S2	LSP-S2
weight of tactile system (g) und max. horizontal extension (mm)	1,000 / 800	1,000 / 1,200
software	Quindos 7	Quindos 7
covered by accreditation	yes	yes

tactile measuring machines – fast & miscellaneous measuring
machine:	Leitz Reference XE 1076	Leitz Reference Xi 22129	B&S/Tesa XCEL 7107
number	1	1	3
measurement range X max (mm)	1,000	2,200	700
measurement range Y max (mm)	700	1,200	1,000
measurement range Z max (mm)	600	900	700
4th rotating axis available	yes	yes	no
specific length measurement uncertainty	1.4 + (L/350)	1.5 + (L/400)	2.1 + (L/280)
component weight max (kg)	600	2.500	600
tactile system, turning / swinging arm	Hp-S-X1H with Tesastar 2.5°	Hp-S-X1H with Tesastar 7.5	Renishaw SP600 with PH10 7.5°
max. weight of tactile system (g) and max. length (mm)	33 g axial 225 mm laterally 50 mm	33 g axial 225 mm laterally 50 mm	30 g axial 225 mm laterally 50 mm
software	Quindos 7	Quindos 7	Quindos 7
covered by accreditaion	yes	yes	no

high-precision portal measuring machines & gear measuring machines
machine:	Leitz PMM 866	Leitz PMM-C 241210	Leitz PMM-C 12107
measurement range X max (mm)	800	2,400	1,200
measurement range Y max (mm)	600	1,200	1,000
measurement range Z max (mm)	600	1,000	700
4th rotating axis available	yes	no	no
specific length measurement uncertainty	0.6 (+L/300)	1.3 (+L/400)	0.9 (+L/400)
component weight max (kg)	800	3,000	1,200
tactile system, measuring	LSP-S4	LSP-S2	LSP-S2
max. weight of tactile system (g) + max. horizontal extension (mm)	1,000 / 800	1,000 / 800	1,000 / 800
software	Quindos 7	Quindos 7	Quindos 7
covered by accreditation	yes	no	yes

optical / tactile measuring machines - multi-sensor systems
machine:	Werth ScopeCheck MB	Werth Profilprojektor	Leitz UMS 432	Leitz Libra
number of machines	1	1	3	5
measurement range X max (mm)	500	250	400	250
measurement range Y max (mm)	500	150	300	150
measurement range Z max (mm)	300	--	200	150
4th rotating axis available	yes	no	no	no
specific length measurement uncertainty	1.4 + (L/350)	1.5 + (L/400)	2.1 + (L/280)	1.8 + (L/200)
component weight max (kg)	400	20	120	20
tactile system	Renishaw SP25°	--	Renishaw TP 20	--
software	Winwerth V8.34	Winwerth 6	Quindos 5	Quindos 3
covered by accreditation	yes	no	yes	no

Computer Tomographs
machine:	Werth Tomoscope S	machine:	Werth Tomoscope XL NC
sample height (mm)	220	sample height (mm)	900
sample diameter (mm)	150	sample diameter (mm)	60 - 800
source of radiation	190 kV 80 watt transmission tube	source of radiation	300 kV 80 Watt transmission tube (nanofocus)
detector	1000 x 1000 pixel	detector	2000 x 2000 pixel 300 mm "in picture"
specific length measurement uncertainty	3,2 + (L/70)	specific length measurement uncertainty	4,5 + (L/75)
component weight max (kg)	7	component weight max (kg)	75
software	service contract - updated	software	service contract - updated
scope of accreditation	no	scope of accreditation	no

software packages for data analysis
software:	number of work stations	scope of licence	raw data	fields of application
Winwerth	5	volume cross section feature	ASCII, STL 1nd voxel volumes	sampling / measuring
Quindos 3D Reshaper	3	gears, special geometrics	STL	sampling / measuring
Polyworks	1	ImInspect	STL, ASC	false-colour pictures, sectional view
VG Studio MAX (Volume Graphics)	1	analysis of defects	REK, DICOM, VGL	analysis of defects (Lunker) and voxel volumes

software packages for data analysis
software:	number of work stations	scope of licence	raw data	fields of application
Winwerth	5	volume cross section feature	ASCII, STL 1nd voxel volumes	sampling / measuring
Quindos 3D Reshaper	3	gears, special geometrics	STL	sampling / measuring
Polyworks	1	ImInspect	STL, ASC	false-colour pictures, sectional view
VG Studio MAX (Volume Graphics)	1	analysis of defects	REK, DICOM, VGL	analysis of defects (Lunker) and voxel volumes

software packages for reverse engineering
software:	number of work stations	fields of application
Rapidform	1	STL finishing and surface reconstruction, rapid surfacing
Geomagic	1	STL finishing and surface reconstruction, rapid surfacing
Imageware Surfacer	1	finishing of point clouds, adjustment of tools, shaping of surfaces
Stargear	1	dimensioning & simulation of gears and gear mechanism
Siemens NX	1	parametrical CAD program for development of volume models

Your contact person

Any questions? I would be happy to advise you personally or refer you to one of our internal specialists!

M.Sc. Jörg Weißer

+49-7724-946960

joerg.weisser (at) messtronik.de

Service Provider – Consultant – Trainer

In addition to precise measurement technology services, Messtronik is also at your side as a competent consultant and trainer.

Whether you want to purchase a measuring machine, have your employees trained or are unsure about choosing the right path – our team of experts will provide you with comprehensive support.

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DGQ courses

Since 2005, Messtronik GmbH is host of training courses on „linear dimension metrology”, offering up to 10 seminars per year.

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Messtronik GmbH

Im Tal 22, OT Langenschiltach
D – 78112 St. Georgen im Schwarzwald
Baden-Württemberg (BW)
Phone: +49-7724-946960
Telefax: +49-7724-946970
E-Mail: post(@)messtronik.de
Web: www.messtronik.de