Flat Panel Display
Our extensive range of STP Maglev Turbomolecular Pumps are designed to maximise substrate throughput and ultimate zero humidity process condition, while minimising power, footprint and weight.
Our latest range of STP Maglev Turbomolecular Pumps are the “all-in-one” compact solution with low power for large volume, high-flow applications.
Our STP Maglev Turbomolecular Pumps are optimised to meet customer specific applications, with exceptional process gas handling, consistent performance and maximum reliability.
The fully magnetically-levitated rotor has been designed to reduce the risk of contamination to the chamber and extend service intervals, making the STP Maglev Turbomolecular Pumps the reliable choice for your process tool.
High Throughput Series
The new “Advantage” series of
magnetically levitated turbo pumps have been designed to provide the highest
levels of throughput required by the next generation of semiconductor etch and
CVD processes. They have been developed, using continuous improvement
techniques, from the ultra-reliable, high performance H series of products.
Their advanced rotor technology and 3D blade design, combined with selection of
the best materials has allowed the creation of the next generation of high
throughput turbo pump inside the same footprint as many of the existing models.
The range contains pumps with throughput speeds from 300 l/s to 4500 l/s, with
throughput up to 6 slm and increased H2, N2 and Ar
Integrated Controller & Power Supply
This really is the all-in-one turbo pump
solution, offering great features and savings.
The fully-integrated controller eliminates the connection cable and rack
conventionally required with a non-integrated controller, this helps reduce
footprint, saving valuable fab real estate, as well as installation time and
cost. In addition, the on-board controller incorporates a small power supply,
which compared to existing products, delivers approximately 32 percent
reduction in energy consumption at high gas flows. The range operates with
throughput speeds from 300 l/s to 4500 l/s meaning this is an option for many
processes and applications.
The Ultra High Vacuum series of
magnetically levitated turbomolecular pumps are the products of choice for many
semiconductor, surface science or high energy physics industries. They offer
unrivalled reliability, performance, cleanliness and class leading low
vibration levels. The pumps are all D.C. powered, eliminating the need for
batteries, they use a half rack controller which features auto-tuning and
advanced diagnostic features. The range includes pumps with speeds from 300 l/s
to 1000 l/s and <10-10 mbar ultimate pressure (CF flange), plus a
“C” version for harsh process is also available.
High Vacuum Low Vibration Series
The Ultra High Vacuum Low Vibration
version incorporates all the features of the Ultra High Vacuum turbomolecular
pump, plus a built-in vibration isolator will give ultra-low vibration
Select the right controller to partner
with your STP Maglev Turbo Pump by selecting from of our range of SCU control Units.
SCU-350 Control Unit
The SCU-350 control unit is a EU-RoHS
compliant controller for small sized turbo pumps. It is fully compatible with
the current control unit models, but has an improved vibration property at low
frequency range. It also has lower input
voltage, which contributes to a reduction in electric capacity and tool power
consumption. The SCU-350 has improved noise immunity and is equipped with
universal voltage function for operation with supply voltage from 100-240 VAC
SCU-800 Control Unit
The SCU800 turbo pump control unit is a
fully digital controller, and has perfect compatibility for middle sized pumps.
New AVR (Auto vibration reduction) technology achieves a further reduction in
vibration levels, and the advanced pre-maintenance call function provides
advanced notice of precise maintenance time.
SCU-1600 Control Unit
fully digital SCU-1600 turbo pump control unit is compatible with STP turbo pumps
ranging from 2000 l/s to 4500 l/s. It provides reliability, enhanced
communication and pump compatibility with reduced back-up unit requirements and
minimised overall cost of ownership.