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Aim HI 700 LED Wall Examination Light

Aim HI 700 LED Wall Examination Light

Glamox

Lighting
  • Approved as a medical device according to IEC/EN 60601 1 (Medical electrical equipment – General requirements for basic safety and essential performance).
  • Complies with IEC/EN 60601 1 2 (Electromagnetic compatibility – requirements and tests) for medical electrical equipment.
  • Complies with EN / IEC 60601 2 41 (Safety of surgical luminaires and luminaires for diagnosis).
  • Designed and manufactured as a CE Marked medical device for use in examination and minor procedure lighting applications.
  • Underlying AIM HI LED platform documentation lists additional compliance with IEC 60601 1 6 (Usability) and related medical lighting safety standards, as applicable.
  • Supplied by distributors that are ISO 9001 quality Management certified and ISO 14001 environmental Management certified (e.g. Medisave UK Ltd).
Medical examination and minor surgery light (wall mounted)

Description

The Aim-HI 700 LED Wall Examination Light is a high-output, wall-mounted LED examination and minor surgery luminaire based on the AIM HI 70 (70,000 lux) configuration. Branded by Glamox and built on the Burton AIM HI LED platform, it combines a spring-balanced, drift-free arm and wall mounting system with a high-intensity LED light head that provides 70,000 lux at 1 m, 4300 K colour temperature and a very high colour rendering index (CRI ~97). The light head uses multiple precisely positioned LED modules to minimise shadows and produce a large, adjustable light pattern. User-friendly 3-step dimming controls and focus adjustment via the central handle allow clinicians to tailor light to the task, while the smooth, easy-to-clean design and robust arm make it suitable for frequent use in examination rooms, minor procedure areas, dermatology and ambulatory surgery settings.

Bnefits

  • High-intensity illumination: approx. 70,000 lux at 1 m (AIM HI 70 specification) for excellent visibility during examinations and minor procedures.
  • Crisp, neutral white light at around 4300 K with an exceptionally high CRI (≈97) to ensure accurate tissue colour rendition and improved diagnostic confidence.
  • Multiple LED modules and advanced reflector system reduce shadows and provide a large, homogenous and adjustable light field.
  • 3-step dimming (typically 100% / 75% / 50%) via conveniently placed push-button controls on or near the light head, enabling fast adjustment to procedure requirements.
  • Spring-balanced, drift-free arm and wall mounting system allow precise positioning, broad reach and stable placement over the working field.
  • Ergonomic Y-style/round light head design with central focusing handle for intuitive aiming and beam-size adjustment.
  • Energy-efficient LED technology (approx. 56 W total consumption at 220–240 V) with long service life (platform rated around 50,000 hours) to lower maintenance costs and downtime.
  • Smooth, sealed surfaces that are easy to wipe down, supporting infection prevention and routine clinical cleaning protocols.
  • Approved as a medical device under relevant IEC/EN 60601 standards, suitable for examination and minor procedure use in hospitals, clinics and outpatient settings.
  • Particularly suitable for ambulatory care, dermatology, plastic surgery and other aesthetic or minor surgical procedures where high-quality, colour-correct light is critical.

Indications

  • General medical and surgical examinations in outpatient clinics, hospitals and treatment rooms.
  • Minor surgical and procedural work (e.g. suturing, minor skin procedures, simple surgical interventions) requiring high-intensity task lighting.
  • Dermatology examinations, lesion assessment, dermatosurgery and aesthetic dermatology procedures where colour fidelity and consistent light field are important.
  • Plastic surgery consultations and minor in-clinic procedures, including aesthetic interventions and wound assessments.
  • Ambulatory care and day-case procedure rooms where a ceiling OR-light is not required but high-quality illumination is essential.
  • ENT, GP, gynaecology and other specialist examinations that benefit from shadow-reduced, focused illumination.
  • Use as a dedicated examination light in treatment rooms where wall mounting is preferred for space saving and repeatable positioning.

Composition

  • Multi-LED light head with three high-intensity white LED modules and integrated reflector optics.
  • Spring-balanced, articulated arm system designed for drift-free, precise positioning.
  • Wall mounting bracket/plate and mechanical hardware for secure mounting to clinical walls.
  • Metallic (typically aluminium and steel) light head and arm construction with durable, easy-clean painted surfaces.
  • Integrated electronic LED driver and power electronics for operation on 220–240 V, 50/60 Hz mains supply.
  • Ergonomic central handle on the light head which also acts as the focus control.
  • Integrated push-button controls for 3-step dimming located on or near the light head handle.

Formulation

  • Medical device – LED examination and minor surgery luminaire; not a pharmaceutical or topical formulation.

Packaging

  • Supplied as a single wall-mounted AIM HI 700 LED examination light assembly with light head, spring-balanced arm and wall bracket.
  • Includes integrated LED driver and electrical connection components suitable for 220–240 V, 50/60 Hz installation by a qualified electrician.
  • Typically supplied with installation hardware and instructions (exact contents may vary by distributor and configuration).

Usage

  • Have a qualified installer mount the wall bracket and arm assembly to a suitable structural wall and connect the luminaire to a 220–240 V, 50/60 Hz mains supply according to local electrical regulations and the manufacturer’s installation manual.
  • Before use, ensure the spring-balanced arm is securely fixed and can move freely without drift; verify that the light head can be positioned across the intended working area.
  • Switch on the light using the main power or integrated switch, then adjust illumination level using the 3-step dimming controls (typically 100%, 75% or 50%) to match the procedure’s lighting needs.
  • Use the central handle on the light head to position and focus the beam, rotating the handle to adjust beam size and moving the arm to optimise the light pattern over the treatment field.
  • Maintain an effective working distance as recommended in the AIM HI LED documentation (commonly around 0.6–1.0 m between light head and patient) to achieve optimal illuminance and field size.
  • Avoid looking directly into the LEDs at close range and position the light so that it does not cause dazzling glare for the clinician or patient.
  • After the examination or procedure, switch the light off and, if required, park the arm away from the treatment area to prevent accidental knocks or contamination.
  • Clean the light head, handle and arm regularly with approved disinfectant wipes or cleaning agents compatible with painted and plastic medical device surfaces, following the manufacturer’s cleaning instructions.
  • Perform periodic inspection (mechanical joints, arm springs, electrical cabling, light output) and preventive maintenance in line with the facility’s biomedical engineering protocols and the manufacturer’s service guidance.

Contraindications

  • No specific clinical contraindications for general examination use are documented; the device is a light source rather than a medicinal product.
  • Avoid prolonged direct viewing of the LED light source at close range to minimise risk of glare or visual discomfort.
  • Use caution or reduce intensity in patients with light sensitivity or photophobia, or where bright light could exacerbate specific ocular or neurological conditions.
  • Ensure use in environments compliant with the electrical safety and installation standards specified in the product documentation; do not use in explosive atmospheres or environments outside the stated IP rating.
  • Do not use the light if the arm, mounting system or electrical components appear damaged, unstable or if the device has not passed safety inspection.

Adverse Effects

  • Transient glare or visual discomfort for clinicians or patients if the light is directed into the eyes at high intensity.
  • Potential eye strain or fatigue with prolonged use under excessively bright or poorly positioned lighting.
  • Mild local warming of the illuminated skin area at high intensity, although LED technology significantly limits radiant heat compared with traditional halogen luminaires.
  • If not cleaned and maintained properly, the luminaire surfaces could become contaminated and act as a fomite within the clinical environment.
  • As with any mains-powered electrical medical device, improper installation or damage could pose an electrical hazard; this risk is mitigated by compliance with IEC/EN 60601 standards and correct facility maintenance.

Storage Conditions

  • Store and operate in standard indoor clinical environments within the recommended ambient temperature range (operational maximum around 40 °C; avoid extremes of heat or cold).
  • Keep the luminaire in a dry area protected from condensation, corrosive chemicals and excessive dust.
  • Avoid mechanical shock or impact to the light head, arm or wall bracket; do not use the arm as a support for equipment or to pull oneself up.
  • Disconnect from mains power and follow the manufacturer’s recommendations if the unit is to be stored for extended periods prior to installation or re-use.

Duration

Used only for the duration of the examination or minor procedure; illumination is continuous while switched on and stopped immediately when the light is turned off.

Onset

Immediate \u2013 full illumination is achieved as soon as the LED light is switched on and dimming level is set; there is no pharmacological or delayed therapeutic onset.

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