Well Completion Services

We design and deliver advanced completion systems that improve well integrity, stimulation efficiency, and production performance.

Our engineering teams develop and field-test completion hardware and support systems – from liner hangers and multi-stage sleeve assemblies to frac plugs, cementing tooling, and flow-control devices – engineered for reliable deployment and predictable performance in complex well environments. Through precise tool design, rigorous testing, and experienced wellsite execution, we help operators reduce NPT, simplify interventions, and maximize recovery across the completion lifecycle.

We provide field-proven liner hanger systems that enhance completion precision, minimize operational risks, and improve well performance – even in complex environments.

Our systems combine advanced anchoring and sealing technologies to ensure secure liner installation, reliable annular isolation, and long-term well integrity. Engineered for efficiency and durability, they deliver consistent performance across a full range of completion challenges.

We design multi-stage sleeve completion systems that optimize stimulation efficiency, ensure precise zonal isolation, and deliver reliable performance in both cased and openhole wells.

Our systems are engineered for flexibility and durability, enabling faster stimulation cycles, reduced non-productive time, and improved recovery. Built on advanced technology and field-proven design, they provide consistent results across a wide range of unconventional and complex well environments.

We provide reliable toe initiation systems that enable controlled and efficient stimulation initiation without the need for tubing-conveyed perforating.

Our portfolio includes immediate and delayed open toe sleeves and wet shoe subs engineered for precise pressure activation and dependable first-stage initiation. Designed for simplicity, reliability, and cost efficiency, these tools ensure faster stimulation cycles, reduced non-productive time, and consistent performance across a wide range of well conditions.