Particularly robust and resistant, dynamic applications
Product properties
Adjustable table feet
Rigid, welded steel subframe
BiAir® membrane air spring (vertical natural frequency approximately 3 Hz) between the subframe and table top
Mechanical-pneumatic level control (level accuracy ± 1/100 mm or ± 1/10 mm, depending on the valve used)
Table top made from hard stone with a ground finish
Painting as desired by the customer
Working height 76 cm
Applications
Vibration-sensitive measuring and testing equipment
Laser equipment
Optical and electronic instruments
Scales
Medical instruments
Technology
The Bilz laboratory table LTH is a vibration insulated work place and can be used for all applications where vibrations and/or changes in level cause sustained disturbances to the experiment or work.
Disturbing vibrations from the environment are isolated by means of highly effective membrane air spring insulators and the solid hard stone plate.
At the same time the mechanical-pneumatic level control automatically ensures that the level is retained to an accuracy of up to±1/100 mm even with load changes.
The maintenance unit for compressed-air conditioning is included.
LTH LABORATORY TABLE STANDARD SIZES
Dimensions
LTH 60-50
LTH 80-60
LTH 100-63
LTH 90-75
LTH 100-80
LTH 100-100
LTH 120-80
LTH 150-100
LTH 200-100
Width [mm]
600
800
1,000
900
1,000
1,000
1,200
1,500
2,000
Depth [mm]
500
600
630
750
800
1000
800
1000
1000
Thickness [mm]
100
120
100
100
140
160
160
190
220
Working Height [mm]
760
760
760
760
760
760
700
760
760
max load [Kg]
250
250
300
360
700
700
700
1, 800
2,800
Excellent quality and functionality, dynamic applications
Product properties
As LTH
Optical table tops:
– HD steel honeycomb core with high natural damping, cover plate without thread insert
– HDT as HD, but with thread inserts
Variants: Standard, clean room (base plate in stainless steel)
Also available with BiAir® OC or BiAir® PAS as an option
Working height 76 cm
Applications
Construction of laser optical systems and interferometers
Special microscopes
Technology
Work places from Bilz are distinguished by their excellent quality and functionality. Optical work places should offer optimum rigidity and damping with low density.
Bilz LTO honeycomb tops are optimised in regard to their damping response so that the usual high resonance amplitude inthe higher frequency range are attenuated by the tables in the HD series by their natural damping.
LTO OPTICAL TABLE STANDARD SIZES
Dimensions
LTO 60-50
LTO 90-60
LTO 120-60
LTO 150-90
LTO 200-100
LTO - 240-120
LTO 500-150
Width [mm]
600
900
1,200
1,500
2,000
2,400
3,000
Depth [mm]
500
600
600
900
1000
1200
1500
Thickness [mm]
100
100
100
150
200
200
300
Working Height [mm]
760
760
760
760
760
760
760
max load [Kg]
150
200
300
500
500
750
750
Product properties
Portable, robust, powder coated metal housing with integrated Bilz rubber air springs FAEBI® or optionally with Bilz membrane air springs BiAir®
Equipped with very simple through to very convenient Bilz level control systems
A ground-finished hard stone plate lies on the insulators as a support base and solid base mass
Available with and without a connection to an external compressed air supply
Applications
For very light and very small measuring or test equipment
Weight range up to 200 kg
Optical devices, optical microscopes, microscopes with a CCDcamera, inspection microscopes, small surface roughness androundness measuring equipment, hardness testers, analyticalbalances, applications in industrial production environments,laboratories and measuring rooms up to clean rooms. Alsosuitable for the portable use of these measuring devices.
VITAP®-F
With long-term tried and tested Bilz FAEBI® rubber air springs with non-return valve. Integrated hand pump, no compressed air supply necessary.
VITAP®-FP
With long-term tried and tested Bilz FAEBI® rubber air springs with precision pressure control for convenient height adjustment. Connection to an external compressed air supply.
VITAP®-BM
With highly efficient Bilz BiAir® membrane air springs and with mechanical-pneumatic level control (MPN) with automatic level compensation in response to load changes. Connection to an external compressed air supply.
