TECHNOLOGY
Since 1979, Mager has top expertise in innovative and customized AIR BEARINGS MOTION SOLUTIONS embedded with DIRECT DRIVE TECHNOLOGY.
One might well ask …what is an air bearing?
An air bearing is a non-contact, frictionless bearing system that uses a thin layer of pressurized gas (mainly air) that works as a lubricant, creating a gas film between the surface and the substrate.
Air is released under pressure inside the part and, using nozzles and micro-grooves or porous material, it is spread among the surface and the substrate.
This slight layer of air gap which is created among them, measures just a few thousandths of a millimeter thick, and it acts as the lubricant with a very low friction coefficient.
The result is a motion without contact which implies no slip-stick phenomenon, no friction, no maintenance, ultra-precision, and clean motion with higher stiffness.
Our core business is to design and manufacture air bearings motion solutions, be either components and systems, motorized or not, perfect for high performances industrial machines.
Throughout all these years, we have developed a property know-how so that we can guarantee our customers to get the best benefits from air bearings technology.
Air bearings, compared to sliding and rolling bearings, provide countless and important advantages in many applications, to name some:
- Maximum smooth motion, no stick-slip, no wear of parts
- Maximum reliability, No maintenance
- Superior positioning precision
- Reliable precision results over time, thanks to absence of wear
- Low environment impact: air bearings do not use oil or grease lubricants, so they do not pollute. First choice in clean room applications
- Low noise pollution thanks to no contact between parts and thus no friction
- Maximum reliability with high temperature and radioactive sources
We take advantage of air bearing technology matched with direct drive motorization and develop a fully customer-oriented method: we analyze customer target requirements and recap them in a TARGET PENTAGRAM highlighting the specific application requirements to satisfy them.
METROLOGY
Our VALUE PROPOSITION applied to METROLOGY
METROLOGY requires attention to PRECISION, RELIABILITY and FLEXIBILITY
- Precision is the most important feature to satisfy
- Reliability is the second significant task to reach
- Flexibility is a noteworthy requirement to take into consideration
Mager value proposition gives TOP PRIORITY to these TARGETS
ELECTRONICS & SEMICONDUCTOR
Our VALUE PROPOSITION applied to ELECTRONICS & SEMICONDUCTOR
ELECTRONICS&SEMICONDUCTOR requires attention to DYNAMICS, RELIABILITY and FLEXIBILITY
- Dynamics is the most important feature to satisfy
- Reliability is the second significant task to reach
- Flexibility is a noteworhty requirement to take into consideration
Mager value proposition gives TOP PRIORITY to these TARGETS
PRODUCTION & PACKAGING OF FAST MOVING GOODS
Our VALUE PROPOSITION applied to PRODUCTION & PACKAGING OF FAST MOVING GOODS
PRODUCTION &PACKAGING FOR FAST MOVING GOODS requires attention to DYNAMICS, RELIABILITY and FLEXIBILITY
- Dynamics is the most important feature to satisfy
- Reliability the second significant task to reach
- Flexibility is a noteworthy requirement to take into consideration
Mager value proposition gives TOP PRIORITY to these TARGETS
MICROMACHINING WITH TOOLS AND LASER
Our VALUE PROPOSITION applied to MICROMACHINING WITH TOOLS AND LASER
MICROMACHINING WITH TOOLS AND LASER requires attention to PRECISION, DYNAMICS and FLEXIBILITY
- Precision is the most important feature to satisfy
- Dynamics is the second significant task to reach
- Flexibility is a noteworthy requirement to take into consideration
Mager value proposition gives TOP PRIORITY to these TARGETS
SPECIAL
APPLICATIONS
Our VALUE PROPOSITION applied to CAR SIMULATION WITH DRIFT EFFECT
SPECIAL APPLICATIONS requires attention to one or more features according to the requirements of the customer
As an example, CAR SIMULATION WITH DRIFT EFFECT requires attention to RELIABILITY, DYNAMICS and PRECISION
- Reliability is the most important feature to satisfy
- Dynamics the second significant task to reach
- Precision is a noteworthy requirement to take into consideration
Mager value proposition gives TOP PRIORITY to these TARGETS
