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2025

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Foshan Liangya – Low-Speed Mobile Phone for Inland Waterways

Nov 14,2025


The core advantage of the internal waterway low-speed handpiece lies in its unique cooling water circulation system. Traditional low-speed handpieces typically feature an external waterway design, which often causes coolant to splash into the operating area, obstructing visibility and increasing the risk of cross-contamination. However, Liangya incorporates an embedded waterway structure, integrating the coolant delivery path directly within the handpiece itself. Combined with micro-pore nozzle technology, this design enables precise coolant spraying. When grinding or repairing restorations, the coolant is evenly distributed across the working end of the bur, effectively reducing localized temperatures and preventing material deformation or pulp irritation caused by overheating.

Foshan Liangya – Low-Speed Mobile Unit for Intracanal Use: A Precision Tool for Oral Dental Treatments

In the field of oral healthcare, dental handpieces serve as a core instrument, with their performance directly impacting both treatment efficiency and patient experience. Drawing on more than two decades of technological expertise, Foshan Liangya Dental Equipment Co., Ltd. has introduced its series of low-speed handpieces with internal water channels—boasting precise design, reliable performance, and user-friendly features that make them clinicians’ trusted "powerful assistant." This product not only meets the basic needs for grinding and polishing but also redefines the standards for low-speed handpiece usage through innovative water-channel structures and advanced material technologies.

Technical Core: The Co-Evolution of Precision Waterways and Power Systems

The core advantage of the internal waterway low-speed handpiece lies in its unique cooling water circulation system. Traditional low-speed handpieces typically feature an external waterway design, which often causes coolant to splash into the operating area, obstructing visibility and increasing the risk of cross-contamination. However, Liangya incorporates an embedded waterway structure, integrating the coolant delivery path directly within the handpiece itself. Combined with micro-pore nozzle technology, this design enables precise coolant spraying. When grinding or repairing restorations, the coolant is evenly distributed across the working tip of the bur, effectively reducing localized temperatures and preventing material deformation or pulp irritation caused by overheating.

 

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