Description
Hipac’s Aurora Astro procedural light delivers powerful, colour-accurate LED illumination in a compact, lightweight form. With an output of 126,000 lux ±5,000 and a CRI of 97, it ensures true tissue rendering and exceptional shadow control. The Vertically Segmented Reflector Design (VSRD) produces a crisp, homogeneous 7.2″ (183 mm) light spot with a 46″ (1,187 mm) depth of field, ideal for precise visualisation in demanding clinical environments.
Designed for versatility, the Aurora Astro is perfectly suited to ICUs, LDR suites, trauma rooms and outpatient surgery, offering effortless positioning, quiet operation and long lasting LED reliability.
Key Features:
- High-intensity output – 126,000 lux for superior visibility and clarity.
- Exceptional colour accuracy – CRI 97, R9 96, and 4,141 K colour temperature for natural tissue tones.
- Vertically Segmented Reflector Design (VSRD) – produces precise, shadow-free illumination.
- 27″ range of total focusable depth extends the working distance without moving the lighthead
- Homogeneous 7.2″ (183 mm) spot – maintains consistent brightness across the surgical field.
- Deep 46″ (1,187 mm) depth of field – provides continuous focus without adjustment.
- Four intensity levels – adjustable from 0 – 100% via sterile handle or yoke-mounted control.
- 360° rotation on all axes – smooth articulation and effortless positioning.
- Lightweight polymer housing – enhances manoeuvrability and reduces strain on mounting systems.
- Long life LEDs – rated for approximately 40,000 hours of continuous use.
- Yoke mounted non-sterile controls – best for intensity and positioning adjustment.
- Sterilisable intensity handle – for sterile field control.
Available Options:
- Single or dual lighthead configurations – adaptable for various procedural settings.
- Mounting Systems – ceiling mounted radial arms available in multiple reach options:
- 3 Single Arms Lengths
- 3 Dual arm combination lengths
- Pendant integrated version – compatible with Skytron ceiling pendant systems.


















