Dover Precision Components Launches Advanced Innovation Lab Services to Support Product Validation and Development of Rotating and Reciprocating Machinery

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Dover Precision Components (NYSE: DOV) launched new advanced product and material testing services through its 12,000-square-foot Innovation Lab in Houston, TX, aimed at original equipment manufacturers and end users of rotating and reciprocating machinery. According to Dover Precision Components, the lab centralizes test rigs and unites research and product development teams to support validation from early concepts to final performance under real operating conditions.

The Innovation Lab offers prototype validation and design optimization, failure mode and root-cause analysis, accelerated lifecycle testing, regulatory and compliance testing, custom test rigs, and detailed thermal, mechanical, chemical, optical, and tribological characterization. Services also address emerging applications such as high-pressure hydrogen environments within the hydrogen economy.

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DOWNERS GROVE, Ill., Aug. 26, 2026 /PRNewswire/ -- Dover Precision Components, a part of Dover (NYSE: DOV) and a global leader in the design and manufacture of advanced fluid film bearings and magnetic bearing systems, today announced the launch of advanced product and material testing services through its Innovation Lab for original equipment manufacturers and end users. These new services are designed to help product development engineers validate designs, optimize performance, and accelerate time to market.

Dover Precision Components' 12,000-square-foot flagship Innovation Lab opened in Houston, TX, in 2022 and was built to centralize its test rigs and bring together its research and product development teams. As part of the Company's global network of state-of-the-art facilities, the lab supports comprehensive product analysis throughout the development lifecycle, from early-stage concept validation to final performance verification under real-world operating conditions.

"When your reputation is built on precision, reliability, and performance, testing is not just an option, it's a competitive advantage," said Burak Bekisli, Director of Innovation. "Our lab services are designed to serve as an extension of our customers' engineering teams, providing advanced testing, analysis, and collaboration to help bring high-performance, mission-critical solutions to market with confidence."

Dover Precision Components' Innovation Lab offers a full suite of services supporting the needs of design and product development engineers working across turbines, compressors, and rotating equipment systems, including:

• Prototype validation and design optimization, helping engineers refine components before full-scale production.
• Failure mode and root cause analysis, delivering data-driven insights to solve complex performance challenges.
• Accelerated lifecycle testing, validating durability and long-term performance under demanding operating conditions.
• Regulatory and compliance testing, helping ensure products meet industry standards.
• Custom test rigs, designed to replicate proprietary assemblies and real-world operating environments.
• Thermal, mechanical, chemical, optical, and tribological characterization as well as comparative testing for advanced material systems.

Dover Precision Components' services also extend to emerging applications such as the hydrogen economy, where advanced tribology testing helps engineers address wear challenges in high-pressure hydrogen environments.

About Dover Precision Components: 

Dover Precision Components delivers performance-critical solutions for rotating and reciprocating machinery across the oil & gas, power generation, marine, industrial, chemical, and general processing markets. Comprising the Waukesha Bearings, Bearings Plus, Inpro/Seal, and Cook Compression brands, our portfolio includes hydrodynamic bearings, active magnetic bearings, system and bearing protection, reciprocating compressor valves, sealing technologies, pistons, rods, and more. Each solution is custom-engineered to provide optimum efficiency, reliability, and productivity, and is backed by comprehensive aftermarket services. Dover Precision Components serves its global customer base through facilities in North America, Europe, Asia, and the Middle East, as well as technical sales representatives around the world. Additional information is available at doverprecision.com. 

About Dover: 

Dover is a diversified global manufacturer and solutions provider with annual revenue of over $8 billion. We deliver innovative equipment and components, consumable supplies, aftermarket parts, software and digital solutions, and support services through five operating segments: Engineered Products, Clean Energy & Fueling, Imaging & Identification, Pumps & Process Solutions and Climate & Sustainability Technologies. Dover combines global scale with operational agility to lead the markets we serve. Recognized for our entrepreneurial approach for over 70 years, our team of approximately 24,000 employees takes an ownership mindset, collaborating with customers to redefine what's possible. Headquartered in Downers Grove, Illinois, Dover trades on the New York Stock Exchange under "DOV." Additional information is available at dovercorporation.com.   

Dover Precision Components Contact:
Robin Vodenlic
(281) 939-2450
rvodenlic@doverprecision.com  

Dover Media Contact:      
Adrian Sakowicz, VP, Communications     
(630) 743-5039     
asakowicz@dovercorp.com       

Dover Investor Contact:   
Jack Dickens, VP, Investor Relations
(630) 743-2566
jdickens@dovercorp.com

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SOURCE Dover

FAQ

What did Dover Precision Components (NYSE: DOV) announce on August 26, 2026?

Dover Precision Components announced the launch of advanced testing services through its Innovation Lab to support validation and development of rotating and reciprocating machinery. According to Dover Precision Components, the services target OEMs and end users seeking performance optimization and faster time-to-market for critical equipment.

What services does Dover Precision Components’ Innovation Lab offer for rotating machinery engineers?

The Innovation Lab offers prototype validation, design optimization, failure mode and root-cause analysis, accelerated lifecycle testing, and regulatory and compliance testing. According to Dover Precision Components, it also provides custom test rigs and detailed material characterization to support turbines, compressors, and other rotating equipment systems across multiple industries.

Where is the Dover Precision Components Innovation Lab located and how large is it?

The flagship Innovation Lab is located in Houston, Texas, and is 12,000 square feet in size. According to Dover Precision Components, it opened in 2022 to centralize test rigs and co-locate research and product development teams within the company’s global network of facilities.

How do Dover Precision Components’ new lab services support hydrogen economy applications for DOV customers?

The lab services support hydrogen economy applications through advanced tribology testing focused on high-pressure hydrogen environments. According to Dover Precision Components, this helps engineers address wear challenges and validate materials and designs used in mission-critical equipment exposed to demanding hydrogen operating conditions.

Which industries can use Dover Precision Components’ Innovation Lab services related to DOV?

Industries include oil and gas, power generation, marine, industrial, chemical, and general processing markets. According to Dover Precision Components, the Innovation Lab services complement its portfolio of bearings, sealing technologies, and compressor components used in rotating and reciprocating machinery across these sectors.

What types of material characterization are available at Dover Precision Components’ Innovation Lab?

The Innovation Lab provides thermal, mechanical, chemical, optical, and tribological characterization, plus comparative testing for advanced material systems. According to Dover Precision Components, these capabilities support detailed analysis of material behavior under real-world operating conditions for critical rotating and reciprocating machinery components.