>> New advances in technology applied to dental teaching at the ADEMA University Clinic
>> The addition of a state-of-the-art microscope and five technoscopes from the Zumax brand allows students to be trained to international clinical standards, to document cases with scientific quality, to optimize healthcare outcomes, and to expand their teaching and research capabilities.
The ADEMA University School, in its commitment to new technologies applied to teaching and clinical practice, has incorporated new magnification systems in Dentistry in its Integrated University Clinic, with the acquisition of an operating microscope and five state-of-the-art technoscopes.
This addition represents a further step forward in its academic model, focused on clinical excellence, teaching updates and continuous improvement of patient care.
Specifically, the center has added the Zumax OMS 2050 operating microscope to its equipment, a high-precision technology that represents a further step in incorporating tools aligned with the most demanding standards of modern dentistry. This acquisition is complemented by five technoscopes, which allow for the expansion of magnification use in dentistry to various clinical and educational areas within the university clinic.
As Dr. Jorge Domínguez explained, “the incorporation of advanced magnification systems has become one of the main indicators of modernization in dentistry, especially in specialties such as endodontics, periodontics, and oral surgery.” In this regard, he emphasized that “the arrival of this new equipment at ADEMA represents a significant step forward both for student training and for the supervised clinical activity carried out at its facilities.”
The Zumax OMS 2050 operating microscope features a high-resolution, multi-coated optics system with seamless, stepless progressive zoom from 1.8 to 19.8x magnification, True Color LED illumination (CRI ~90 / 5500K) with high color fidelity, and an integrated 4K camera. Key features include the VarioDist lens, which allows for adjusting the working distance without changing lenses or optics, and the Pendulum Pro system, which enables lateral tilting while maintaining operator ergonomics and the field of view. It also boasts a highly stable, articulated arm with smooth and precise movements.
From an academic perspective, this addition represents not only an improvement in equipment but also a transformation in how dentistry is taught and learned. Dental magnification allows for a greater level of detail, increases diagnostic capabilities, and facilitates more precise and conservative procedures. For students, this translates into a more solid education, connected to contemporary clinical practice and international quality standards.
The educational dimension of this new equipment is also one of its main strengths. Thanks to the microscope’s integrated 4K camera, it allows for real-time clinical documentation and teaching without the need for external systems, enabling students to precisely observe each phase of the procedure. This capability expands the center’s pedagogical possibilities and facilitates both in-person instruction and the creation of specialized training materials.
More precise, safe and efficient practice
Furthermore, the addition of five technoscopes expands student and faculty access to magnification systems in the daily clinical setting, promoting more precise, safe, and efficient practice. Their use helps consolidate clinical skills from the earliest stages of training and allows a greater number of students to become familiar with this type of technology in real-world learning environments.
In the research field, the optical and audiovisual quality of the new equipment opens up new possibilities for documenting clinical cases, developing scientific materials, and preparing publications and conference papers. High-definition image recording improves analytical capabilities and strengthens the academic impact of clinical activity carried out within the university setting.
Magnification in dentistry also has a direct impact on professional ergonomics. Dentistry is a discipline particularly prone to musculoskeletal problems resulting from sustained postures and repetitive movements. The use of these systems promotes a more stable and natural working posture, which helps protect the health of future professionals from the earliest stages of their training.
Patients treated at the Integrated University Dental Clinic also directly benefit from this technology, which improves diagnostic accuracy and facilitates less invasive treatments, especially in complex procedures where visibility of the operating field is crucial. This advancement, combined with advanced ergonomics and microsurgical precision, consolidates a clinical environment equipped with technology fully aligned with minimally invasive dentistry and microprecision.
With this addition, ADEMA consolidates its commitment to new technologies applied to higher education and clinical practice, promoting a training model that integrates innovation, academic rigor and quality healthcare.