When you've chosen rod lift for the greatest drawdown of any form of lift, we've got the wide variety of artificial lift products you need on the jobsite to complete your system. We offer the products you need for your rod lift system, including the polished rod clamp, rod rotator, stuffing box, flow tee and blowout preventer. Build your entire system our products, or pair them seamlessly with any existing production equipment.
Surface components may be purchased individually, but their dimensions, pressure classes, connections, loads, materials, and operating functions must work as one artificial lift system.
Select stuffing boxes, rod blowout preventers, rod rotators, and polished rod clamps from one coordinated portfolio.
Match polished rod size, pressure class, connection style, packing, load capacity, temperature requirements, and other product characteristics to the well.
Use equipment to build a complete rod lift surface system or incorporate qualifying components into an existing production configuration.
SPM uses standardized drawings, defined specifications, manufacturing-quality processes, testing, and validation to support product consistency.
Access available artificial lift equipment through distribution centers and oilfield distributors serving major operating basins across North America.
The correct equipment configuration depends on the production method, well conditions, pressure, fluid properties, rod-string load, environmental requirements, and existing surface equipment.
Select pressure-rated stuffing boxes, blowout preventers, connections, and supporting components around the anticipated well conditions.
Use qualifying materials and component configurations designed for wells where hydrogen sulfide or other corrosive conditions must be considered.
Evaluate packing, materials, equipment configuration, and operating requirements for wells producing hotter or more viscous fluids.
Support continued production when natural reservoir energy is no longer sufficient to move the required volume of fluid to the surface.
Configure the surface equipment required to support the polished rod, manage produced fluids, control pressure, and maintain continuous pumping movement.
Replace individual components, standardize equipment, or incorporate products into an existing rod lift system.
Begin with the complete well and pumping-unit configuration. Confirm the polished rod diameter, rod-string load, pressure, temperature, produced fluid, connection sizes, packing requirements, service environment, maintenance procedures, and existing equipment before selecting individual components.
The SPM™ QEM 3600C Well Service Pump is engineered to help operators maintain consistent pumping performance during demanding well service applications. Designed for continuous operation under specified design conditions, including operation at near 100% rod load during intended use cycles, the 3,600 bhp pump combines validated durability with maintenance intervals synchronized to the engine and transmission. The result is a dependable pumping solution designed to help reduce downtime, simplify maintenance planning and lower total cost of ownership.
Learn MoreThe SPM™ QEM 5000C Well Service Pump is engineered to help operators maintain consistent pumping performance during demanding well service applications. Designed for continuous operation under specified design conditions, including operation at or near 100% rod load during intended use cycles, the 3,600 bhp pump combines validated durability with maintenance intervals synchronized to the engine and transmission. The result is a dependable pumping solution designed to help reduce downtime, simplify maintenance planning and lower total cost of ownership.
Learn MoreThe SPM TWS 600S HD Pump is built to help operators extend service life, reduce maintenance downtime and improve performance in demanding high-pressure applications. Designed as a retrofit for existing TWS 600S pumps, it helps increase pressure capability while supporting easier maintenance and long-term operational efficiency.
Learn MoreThe SPM™ WS335 is a purpose-built pump engineered for today's high-intensity fracturing operations. With the highest rod-load rating in its class — 256,000 lbf — and a 3,300 bhp continuous-duty power end, it delivers exceptional power density, allowing operators run higher pressure and flow combinations with confidence. A single-piece cast mono-frame eliminates internal bolted joints for uniform rigidity and longer service life, while a re-engineered power end extends run time and reliability. The result is a pump that does more work with fewer units — reducing downtime and lowering total cost of ownership across the most demanding duty cycles.
Learn MoreConsumables are only part of your maintenance strategy. Operators also need the correct components available for the pump, fluid end, operating conditions, and planned service interval. SPM combines artificial lift and wellhead with technical support, service-center distribution, repair capabilities, training, and inventory-planning resources.
Hear directly from SPM experts on the equipment, service considerations, and maintenance priorities that keep artificial lift operations running.
Artificial lift uses energy introduced at the surface to help move reservoir fluids to the surface when natural reservoir pressure is insufficient. Common methods include rod lift, gas lift, electric submersible pumps, progressive cavity pumps, and hydraulic pumping systems.
The current portfolio is centered on surface equipment for rod lift and rod pumping systems. Its primary product groups include stuffing boxes, rod blowout preventers, rod rotators, polished rod clamps, and related production-system components.
The configuration may include a wellhead, rod blowout preventer, flow tee, stuffing box, polished rod, rod rotator, polished rod clamp, pumping unit, and application-specific accessories. The exact assembly depends on the well and production requirements.
A stuffing box creates a dynamic seal around the polished rod as it moves through the pumping cycle. It helps contain well pressure and directs produced fluids and gas into the flow line.
Confirm the working pressure, temperature, polished rod size, produced fluid, packing material, base connection, equipment height, alignment, and environmental requirements. The stuffing box must also be compatible with the neighboring surface equipment.
