TURNBULL 13 cm – Long medical nail clipper with curved head and optimised grip
The TURNBULL 13 cm model from Frimed has been designed to meet the needs of nail care professionals in medical, podiatric or dermatological settings who are looking for a reliable, precise and comfortable instrument to use on areas that are sometimes difficult to reach. With a length of 13 cm, this model features a longer grip that offers greater reach when cutting, without compromising precision or stability.
Its perfectly calibrated curved head shape follows the natural shape of the nail, allowing for a smooth and clean cut, even in cases of pronounced curvature or ingrown nails. This design minimises trauma to the patient while optimising comfort for the practitioner. Due to its size, this model is particularly suitable for prolonged care or situations where a greater safety distance between the hand and the treatment area is desired.
The TURNBULL 13 cm is made of medical-grade stainless steel, known for its strength and compatibility with the most rigorous sterilisation processes, including autoclaving. It is resistant to hospital cleaning agents, corrosion and wear, ensuring ideal longevity for daily use. The instrument also features a double-arm central spring, ensuring smooth automatic opening after each press, which significantly reduces muscle fatigue during repeated use.
Handling is made easier by ergonomic handles with a non-slip texture that ensures excellent grip, even when wearing gloves. The weight is balanced to provide stability and precision in every movement, and the slim silhouette of the 13 cm model provides additional ease for practitioners with large hands or who prefer a longer length for greater control.
This model differs visually from the 11 cm version in its elongated size, while retaining the same characteristic curved head. It is an ideal alternative for those who want a larger forceps without sacrificing manoeuvrability. The TURNBULL 13 cm is therefore the instrument of choice for intensive care or situations where high precision is required at a distance.
