Pioneering new pump technology has always been at the core of Lawrence Pumps' strategic
plan. Over the years Lawrence has developed many new pump designs that have become
industry standards, like the vertical cantilever design we developed over 40 years
ago. Lawrence Pumps has also pioneered designs for synfuel, radio-active, and
cryogenic applications.
Our wealth of application experience provides us with a valuable perspective in
analyzing any pump system needs. Engineers and plant operators throughout the world
call on us to help design their pumping system, because they know Lawrence Pumps can
deliver solutions.
Performance matched design means the application is fully evaluated before
a pump solution is engineered. Specifications of materials and design tolerances
requires a comprehensive understanding of the many hydraulic and mechanical
variables involved in a pumping application. All component materials are
carefully studied before recommendations are made or prototypes produced. The
marriage of our design process with computer technology makes the production
of dimensional drawings, standard tolerance analysis, and other engineering
tasks more accurate and meaningful.
Fully utilizing the depth and breadth of our design engineering means
supporting our engineers with design tools at the cutting edge of current
technology. Lawrence Pumps has continually invested in and updated its CAD
equipment and computer peripherals. These tools enable our design engineers
to have access to a wealth of hydraulic, material, and mechanical information
as an integral part of the design process. Our current capabilities also permit
direct communications with our manufacturing equipment. Our goal for every pump
project is to produce a heavy-duty, industrial pump that operates more reliably
and efficiently while reducing maintenance and downtime.
In-house finite elements analysis capabilities facilitate computer modeling of
critical components to determine stresses under load and pressure. Computer
modeling enables our engineers to approximately match all the hydraulic
variables to the demands of the application. Specific modeling attention to the
impeller (or propeller), volute, diffuser, and suction/discharge port design
provides engineers with valuable information used to properly specify the
parameters of these critical components. Regardless of the type or size of pump
required, Lawrence Pumps Inc. can assure optimum efficiency through duty-
matched hydraulic engineering.