DCL actuators come with a higher price point, which stems primarily from the comprehensive investments in premium material selection, precision manufacturing, advanced technologies, rigorous testing and full-life-cycle services. Engineered for harsh industrial scenarios such as oil & gas, marine and wind power applications, they deliver significant long-term value. Below are the detailed reasons:
High-grade die-cast aluminum alloy enclosures are adopted, with mechanical components undergoing precision machining for superior wear and corrosion resistance. Imported electronic components ensure consistent performance, and multiple protection devices (for overload, moistureproofing, anti-condensation, etc.) enhance reliability—all of which drive up the base production costs.
Integrating high-precision sensors, high-efficiency motors and intelligent control algorithms, our actuators support accurate positioning, output of multiple feedback signals and intelligent regulation, entailing substantial investment in R&D and software optimization. They are designed to meet high-standard protection ratings such as IP67 for extreme operating conditions, resulting in a notable technology premium.
Prolonged testing is conducted against harsh environmental factors including vibration, extreme temperatures and salt spray to ensure stable operation for more than 15 years. Full-process quality inspection and certifications (e.g., explosion-proof and classification society certifications) add compliance costs, effectively mitigating failure risks in industrial settings.
Tailored solutions for torque, rotational speed and power supply can be provided based on the specific requirements of different working conditions in oil & gas, marine, wind power and other industries. The complex R&D and production processes of customization lead to higher costs compared with standardized products.
Comprehensive after-sales services including long-term warranty, rapid maintenance response and technical training are offered, with service costs factored into the product pricing. While the maintenance-free design reduces long-term operation and maintenance costs, it requires considerable upfront investment in R&D and manufacturing processes.