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Laboratories, the Smart Choice of Radiant Students for Practical Learning in Optometry

Experiential Learning is an essential part of studies at the Department of Optometry. All the study programs offered by the department involve laboratory practices and for that the department has set-up various hi-tech laboratories that help students develop real-time skills and abilities. Various labs housed by the department are :

Optometry Labs at Chandigarh University, India
Optometry Labs at Chandigarh University, India

Contact Lens Lab

The Contact Lens Lab at Chandigarh University is a state-of-the-art facility designed to provide hands-on training and clinical expertise in the field of contact lenses and specialty eye care. Equipped with advanced diagnostic tools, fitting sets, and evaluation techniques. This lab includes:

  • Soft & RGP Lens Fitting for Myopia, Hyperopia, Astigmatism, and Presbyopia.
  • Scleral & Hybrid Contact Lenses for Keratoconus and Irregular Corneas.
  • Orthokeratology (Ortho-K) for Myopia Management.
  • Therapeutic & Prosthetic Lenses for Ocular Surface Disorders.
  • Dry Eye & Specialty Lens Assessments for Enhanced Comfort and Vision
Optometry Labs at Chandigarh University, Punjab

Low Vision and Visual Rehabilitation Lab

The Low Vision and Visual Rehabilitation Lab at Chandigarh University is a dedicated facility designed to assist individuals with visual impairments by providing specialized assessments, training, and rehabilitation. Our lab focuses on enhancing the functional vision of patients with low vision due to conditions such as macular degeneration, diabetic retinopathy, glaucoma, and other ocular disorders.

  • Advanced Low Vision Assessments: Visual acuity, contrast sensitivity, and field of vision evaluations.
  • Specialized Low Vision Aids: Optical and non-optical devices such as magnifiers, telescopes, and electronic visual aids.
  • Patient Rehabilitation & Training: Orientation and mobility training, adaptive techniques, and counseling for independent living.
  • Cutting-Edge Technology: Use of digital magnifiers, screen readers, and assistive software for enhanced accessibility.
  • Expert Guidance & Clinical Exposure: Hands-on training for students in patient management and rehabilitation strategies.
Optometry Labs at Chandigarh University, Punjab

Binocular Vision and Dispensing Lab

The Binocular Vision and Dispensing Lab at Chandigarh University is a specialized facility designed to assess, diagnose, and treat binocular vision disorders, accommodative dysfunctions, and eye movement abnormalities. Our lab provides personalized vision training programs to improve visual efficiency, eye coordination, and overall visual performance, benefiting both patients and students undergoing clinical training.

  • Comprehensive Vision Assessments: Evaluations for binocular vision, accommodation, and eye-tracking skills
  • Advanced Vision Therapy Techniques: Incorporating prism therapy, vergence training, accommodative exercises, and sensory-motor integration.
  • Cutting-Edge Equipment: Use of Brock strings, Marsden balls, synoptophores, computerized vision therapy software, and VR-based therapy.
  • Customized Therapy Programs: Designed for amblyopia, strabismus, convergence insufficiency, and reading-related visual problems.
  • Clinical Exposure for Students: Hands-on training in patient evaluation and therapy implementation.
Optometry Labs at Chandigarh University

Advanced Optometry Clinic

The Advanced Optometry Clinic at Chandigarh University is a well-equipped facility designed to provide students with hands-on training in primary eye care, ocular health assessment, and advanced diagnostic techniques. The lab serves as a foundation for developing clinical skills, preparing students to diagnose, manage, and treat various refractive, binocular vision, and ocular health conditions.

  • Comprehensive Eye Examination Training: Including case history taking, visual acuity assessment, and refraction techniques.
  • Advanced Diagnostic Tools: Equipped with autorefractors, retinoscopes, slit lamps, keratometers, and ophthalmoscopes for precise eye assessments.
  • Binocular Vision & Accommodation Testing: Evaluation of eye coordination, muscle balance, and accommodative functions.
  • Ocular Health Screening: Assessment of the anterior and posterior eye segments to detect conditions like cataracts, glaucoma, and retinal disorders.
  • Clinical Exposure & Real-World Application: Hands-on practice with real patients, enhancing student confidence and competence in clinical decision-making.

Optometry Labs at Chandigarh University, India

Binocular Vision Clinic Lab

Description & Purpose:

Dedicated to assessment, diagnosis, and management of binocular vision disorders (e.g., strabismus, amblyopia, convergence insufficiency). Enables quantitative measurement of stereoacuity, ocular deviations, and vergence for both clinical training and vision therapy research.

Objectives:
  • Train students to accurately quantify phorias/tropias and stereopsis.
  • Support research evaluating efficacy of vision therapy interventions.
  • Develop skills in data collection/analysis for binocular vision studies.

Equipment Name

Equipment Purpose

Equipment Specification

Synoptophore

Measure/train ocular deviations & sensory fusion

±40∆ horizontal; ±30∆ vertical; adjustable illumination; interchangeable slides

Vectogram

Stereoacuity & vergence amplitude assessment

Polarized targets; disparity 15–800 arc sec; adjustable separation scale

TNO Stereo Test

Quantitative stereoacuity measurement

Random‑dot stereogram; disparity levels 15–480 arc sec

Prism Bar

Quantify phorias/tropias

0.5–20∆ prism range; 0.5∆ increments

Hess Chart

Ocular motility mapping

50×50 cm chart; plots nine gaze positions

Brock String

Convergence/divergence training

1 m string; color‑coded beads

Ophthalmic Chair Unit

Patient positioning for all ocular exams

Electrically adjustable height/recline; 180° swivel

Retinoscope

Objective refraction measurement

Spot & streak reflex; ±10D range

Direct Ophthalmoscope

Fundus examination

20–30° field; variable aperture

Indirect Ophthalmoscope

Wide-field fundus view

45° field; +20D condensing lens compatible

Optometry Labs at Chandigarh University, India

Advanced Optometry Clinics Lab

Description & Purpose:

Equipped for comprehensive ocular examination (objective/subjective refraction, anterior/posterior segment evaluation, tonometry). Serves as the primary site for advanced diagnostics and clinical research protocols in ocular physiology.

Objectives:
  • Master advanced refraction and ocular health diagnostic procedures.
  • Conduct research on intraocular pressure, corneal biomechanics, and refractive error prevalence.
  • Interpret multimodal diagnostic data for evidence based care.

Equipment Name

Equipment Purpose

Equipment Specification

Slit Lamp with Applanation Tonometer

Anterior segment exam + IOP measurement

Magnification 6–25×; IOP range 0–60 mmHg; adjustable table

Non‑Contact Tonometer

Rapid IOP screening

Air‑puff; 5–60 mmHg range; 1 mmHg resolution

A-Scan Biometer

Axial length measurement

14–30 mm range; ±0.05 mm accuracy

Auto Refractometer

Objective refraction & keratometry

Sphere −25D to +22D; cylinder ±10D; keratometry 5–13 mm

Manual Keratometer

Corneal curvature measurement

Diopter 36–67 D; accuracy ±0.12 D

Auto Lensometer

Spectacle lens power verification

Sphere ±25D; cylinder ±10D; prism ±8∆

78D/90D Fundus Lens

Indirect ophthalmoscopy

Field of view 74°/53°; working distance 7.4/5 mm

Ophthalmic Chair Unit

Patient positioning for all ocular exams

Electrically adjustable height/recline; 180° swivel

Retinoscope

Objective refraction measurement

Spot & streak reflex; ±10D range

Direct Ophthalmoscope

Fundus examination

20–30° field; variable aperture

Indirect Ophthalmoscope

Wide-field fundus view

45° field; +20D condensing lens compatible

Optometry Labs at Chandigarh University, India

Contact Lens Lab

Description & Purpose:

Focuses on fitting, evaluation, and material research of contact lenses (soft, RGP, specialty). Supports studies of ocular surface physiology, lens performance, and wearer comfort.

Objectives:
  • Develop proficiency in fitting diverse contact lens modalities.
  • Investigate material permeability, tear film dynamics, and corneal response.
  • Standardize protocols for lens care, disinfection, and dispensing.

Equipment Name

Equipment Purpose

Equipment Specification

RGP Lens Kit

RGP lens fitting & trials

Base curves 7.8–9.5 mm; DK ≥100

Rose K Trial Set

Keratoconus & irregular cornea lens fitting

Base curves 6.5–10.0 mm; DK ~100; diameters 8.5–10.5 mm

Geneva Lens Clock

Measure lens curvature radius

Range 5.0–15.0 mm; resolution 0.01 mm

Edging & Grinding Machine

Custom lens fabrication

Power range ±20D; adjustable speed

Soft Toric CL Trial Set

Astigmatism correction evaluation

Cylinder 0.75–2.50D; base curve 8.4 mm; diameter 14.2 mm

Ophthalmic Chair Unit

Patient positioning for all ocular exams

Electrically adjustable height/recline; 180° swivel

Retinoscope

Objective refraction measurement

Spot & streak reflex; ±10D range

Direct Ophthalmoscope

Fundus examination

20–30° field; variable aperture

Optometry Labs at Chandigarh University, India

Low Vision & Visual Rehabilitation Lab

Description & Purpose:

Dedicated to assessment of low vision and prescription of visual aids (magnifiers, prisms, filters). Facilitates research on rehabilitation strategies and functional vision outcomes.

Objectives:
  • Train students in standardized low vision assessment protocols.
  • Evaluate efficacy of optical/non optical aids on quality of life.
  • Innovate customized rehabilitation interventions for visual impairment.

Equipment Name

Equipment Purpose

Equipment Specification

Fresnel Prism Trial Set

Trial prism powers for alignment & field expansion

1–20∆; 1∆ increments

Binocular Telescope

Distance magnification for low vision

4× magnification; 22 mm objective

Handheld Illuminated Magnifier

Near vision enhancement

5×; built‑in LED

D15 Farnsworth Test

Color discrimination screening

15 colored caps; hue sorting

Spectacle Filters

Contrast enhancement & glare reduction

Yellow/red filters; ~90% light transmission

Ophthalmic Chair Unit

Patient positioning for all ocular exams

Electrically adjustable height/recline; 180° swivel

Retinoscope

Objective refraction measurement

Spot & streak reflex; ±10D range

Direct Ophthalmoscope

Fundus examination

20–30° field; variable aperture

Indirect Ophthalmoscope

Wide-field fundus view

45° field; +20D condensing lens compatible

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