STARLED3 NX

Functions are adjusted through the innovative easy-to read, ergonomic and easy-to-clean I-SENSE control panel available in STANDARD and V2016 version. With a simple touch it can manage easily and accurately:

• ON/OFF FUNCTION
• LIGHT INTENSITY ADJUSTMENT
• DoF – DEPTH OF FIELD – for a deep light
• ENDO – Light for endoscopy ideal for minimal-invasive surgery
• SIZE – Light spot diameter adjustment to focus the operating area
• SYNC – (optional) Function to synchronize controls of combined lamps: STARLED3 NX double (twin dome configuration) and with STARLED5 NX

ABPS is a rechargeable battery powered system for surgical lamps in compliance with the European Directive MDR 2017/745.

ABPS:

• has an electronic control which allows the automatic switch from electric power supply to battery power supply. In this way STARLED3 NX can be used as a high performance mobile unit.
• is rechargeable by an automatic charger and requires no specific maintenance. Its autonomy may vary depending on the battery model.

STARLED3 NX with ABPS supplies efficient light for every condition of use:

• humanitarian interventions
• in critical regions
• in emergency situations
• in case of sudden black-outs
• where light has great importance but electrical power supply is not available and as additional safety in the OP theatres of field hospitals without UPS or power generators

The control panel on the structure allows managing all fundamental parameters, such as residual charge, type of power supply, recharge status and electrical power supply presence, amongst others

During surgical and endoscopic interventions, image rendering is extremely important.
STARLED3 NX can be supplied with FHD or 4K camera in the central handle or on separate arm.
Filming surgical procedures in the OR is increasingly popular both for educational as for documentation purposes. Static images have made way to HD video to register special procedures or important moments during surgery.

ACEM supplies cameras that allow filming all phases of surgery and can be integrated centrally into surgical lamps (inside the handle) or on separate arm.

The camera centrally integrated in the handle ensures that the operating field is always in the camera frame.

Our cameras grant clear images, excellent quality and are ideal for:

• Documentation of interventions
• Video consultation during intervention
• Broadcasts from operating rooms for educational purposes
• Transmission of video images from the operating room

AVAILABLE CAMERAS ARE THE FOLLOWING:

AC4K:

AC4K camera features the most advanced technology in the shooting and medical field.
Its 1/2.5 “Exmor R CMOS image sensor with approximately 8.5 effective megapixels (4 times that of Full HD) and a 16:9 aspect ratio takes image quality to a higher level and makes it ideal to be used in combination with wide screen monitors.
The 20x optical zoom and 12x digital zoom allow to see even the smallest details.
Thanks to the automatic setting system and automatic exposure control sharp images can be obtained in all conditions.
The AC4K camera features multi-format video outputs, from full HD to 4K, while ensuring flexibility and high quality images.

ACFHD:

The stunning module of this camera incorporates a 1/3-type HD CMOS image sensor boasting approximately two-million effective pixels and provides a 16×9 aspect ratio making it ideal for use with wide screen displays. The ACHD camera module also features multi-format video outputs of 720p and 1080p, offering both system flexibility and high quality images.
With a 10x optical zoom lens and 12x digital zoom the smallest details are displayed and thanks to the automatic focusing system and AE control sharp images can be obtained in every moment.

During surgical and endoscopic interventions, image rendering is extremely important.

According to needs the lamp can be supplied with monitor to ensure lighting system and image display of the highest level.
ACEM has monitors of great value, light weighted, compact and tested to ensure sharpness and accuracy of details during surgical intervention, to view the smallest tissue structures and colours found within the human body.