When you’re pumping something like municipal sludge, you want a dependable pump and dependable service support from a company that stands behind its product. Here are several excellent reasons why choosing a LobeStar rotary pump over the competition can benefit you.

1. Made in the USA.
LobeStar Pumps are 100% made in the USA which helps us maintain high quality, fast delivery and good communications.

2. Wear parts shipped within 2 working days of order receipt or the Parts are Free!
This guarantee applies for 5 years after the purchase of a LobeStar pump.

3. Long Lasting, Leak Free Seals.
• Our seals are simple to install and carefully tested for leaks before shipment.

• Our seals are oil cooled permitting limited dry running.

• Our seals do not require manual compensating pressure to prevent seal leaks resulting from wet end pressure up to 50 PSI.

• We do not use packing which is, of course, designed to leak.

• We use mechanical seals which are designed for extreme shock and vibration.

4. Ease of Maintenance.
Mechanical seals, lobes and wear plates can be changed on site without disconnecting suction and discharge fittings. Our pumps cannot get out of timing.

Additionally, we made many simple improvements such as using corrosion resistant bolts, nuts and materials in the wet end which greatly facilitates disassembly.

5. Highly experienced staff.
We have engineers and mechanics in the USA who are here to answer your questions or trouble shoot problems.

6. Modern Manufacturing Facility.
We have the most modern machining, welding, metal cutting and forming, painting and testing facilities available at our Georgia headquarters to cater to any custom requirements you my have.

7. Pre-Sale Testing.
All pumps tested before leaving our facility

8. Better Materials and Fit.
Wear plates and housing segments are coated with ceramic epoxy - which is long lasting and rust free.

Strain bolt failure can easily destroy a pump. To prevent failure, we upgraded our strain bolt materials and made adjustment to ensure full engagement of the threads.