Description
Labomed Prima DNT Mu Microscope for Dental Clinics & Surgical Applications
The Labomed Prima DNT Mu Microscope is a professional dental operating microscope designed to provide enhanced magnification, illumination, and visualisation for dental and surgical procedures. Developed for professional clinical environments, the Labomed Prima DNT Mu Microscope combines a tiltable binocular observation head, precision optics, multi-step magnification, and high-intensity LED illumination to support detailed visualization of the treatment area.
The Labomed Prima DNT Mu Microscope features a 0–210° tiltable binocular tube, allowing clinicians to adjust the viewing angle according to their working position and procedural requirements. This ergonomic configuration can help support comfortable observation during longer clinical procedures while providing a clear, magnified view of the surgical field.
At the heart of the Labomed Prima DNT Mu Microscope is a three-step magnichanger offering 0.6x, 1.0x, and 1.6x magnification settings. With 10x eyepieces, the resulting magnification levels are 4.1x, 6.8x, and 10.9x, while 12.5x eyepieces provide 5.1x, 8.5x, and 13.6x magnification. This range gives dental professionals flexibility when moving between broader procedural views and more detailed inspection.
The Labomed Prima DNT Mu Microscope is equipped with a 250 mm focal-length objective with an objective lens protector, while an optional NuVar system provides variable focal-length adjustment and an extended working-distance configuration. The optional system can provide variable focal lengths from 287–487 mm with working distances ranging from 200–400 mm, depending on configuration.
For illumination, the Labomed Prima DNT Mu Microscope uses a powerful 50-watt LED light source delivering up to 80,000 lux according to the supplied specification. LED illumination provides bright, consistent lighting for clinical visualization while supporting the requirements of precision dental procedures.
The Labomed Prima DNT Mu Microscope also incorporates yellow and green built-in filters, a 50–75 mm IPD adjustment range, and ±5 mm diopter adjustment with a diopter lock. These features allow the microscope to be configured for comfortable binocular observation by different clinical users.
The Labomed Prima DNT Mu Microscope provides up to 500 mm of vertical arm movement and incorporates a power-saving feature that cuts off the illumination when the microscope is placed in its park position. This makes the system suitable for professional dental environments where ergonomic positioning and efficient day-to-day operation are important.
As a dental surgical microscope, the Labomed Prima DNT Mu Microscope can be used in dental clinics, specialist practices, hospitals, teaching institutions, and surgical environments requiring enhanced magnified visualization. Labomed documentation identifies the Prima Mu DNT as a surgical and diagnostic microscope intended to provide a magnified view during dental surgery.
The Labomed Prima DNT Mu Microscope can therefore serve as a professional solution for B2B buyers looking to equip or upgrade a dental operating room, surgical suite, or specialist clinical facility with precision microscopy equipment.
Key Features
- Professional dental operating microscope
- 0–210° tiltable binocular observation head
- 3-step magnichanger: 0.6x, 1.0x and 1.6x
- 10x eyepiece magnification: 4.1x, 6.8x, 10.9x
- 12.5x eyepiece magnification: 5.1x, 8.5x, 13.6x
- 250 mm objective with lens protector
- Optional NuVar variable focal-length system
- 50W LED illumination
- Up to 80,000 lux
- Yellow and green built-in filters
- IPD adjustment: 50–75 mm
- Diopter adjustment: ±5 mm with diopter lock
- 500 mm vertical arm movement
- Power-saving light cut-off at park position
- Suitable for dental and surgical applications
Applications
The Labomed Prima DNT Mu Microscope is suitable for:
- Dental clinics
- Dental hospitals
- Endodontic practices
- Microsurgical dentistry
- Oral and maxillofacial procedures
- Dental teaching institutions
- Specialist dental practices
- Surgical and diagnostic environments
Why Choose the Labomed Prima DNT Mu Microscope?
The Labomed Prima DNT Mu Microscope combines ergonomic positioning, multi-step magnification and high-intensity LED illumination in a professional dental microscopy platform. Its adjustable binocular head, objective options and clinical accessories allow the configuration to be adapted to different professional requirements.
Technical Specification:-
| PRIMA DNT Mu Microscope | |
|---|---|
| Binocular Tube | 0-210° tiltable head |
| Objective: | f=250 mm with objective lens protector. Optional: NuVar system with variable focal length adjustment from 300- 400 mm with fine focus mechanism, WD 220-332mm, variable focal length from 287-487, WD 200-400mm |
| Magnichanger: | 3 step (0.6X, 1.0X, 1.6X). |
| Magnification: | 10X Eyepieces (4.1X, 6.8X, 10.9X) 12.5X Eyepieces (5.1X, 8.5X, 13.6X) |
| Vertical Movement of Arm: | 500 mm, power saving feature with light cut-off at park position |
| Built-in Filters: | Yellow, Green |
| IPD Adjustment: | 50-75mm |
| Diopter Adjustment: | ± 5 mm with diopter lock |
| Light Source | 50 watt LED with 80K LUX |
Frequently Asked Questions
The Labomed Prima DNT Mu Microscope is a professional dental surgical and diagnostic microscope designed to provide a magnified view of the treatment or surgical field. It is intended for professional dental and surgical applications where enhanced visualization is required.
The microscope uses a 3-step magnichanger with 0.6x, 1.0x and 1.6x settings. With 10x eyepieces, magnification is 4.1x, 6.8x and 10.9x; with 12.5x eyepieces, it is 5.1x, 8.5x and 13.6x.
Yes. The Labomed Prima DNT Mu Microscope is specifically positioned within Labomed's dental microscopy range and is intended for dentistry and surgical applications. It can be used by dental practices, hospitals, specialist clinics and teaching institutions.
The supplied specification lists a 50W LED light source with up to 80,000 lux. LED illumination provides bright, consistent lighting for detailed clinical visualization.




