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Eyewear Maker Training

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Health and Medicine

Ophthalmology

Eyewear Maker Training

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Eyewear Maker Training

Master every stage of eyewear production, from raw materials to finished, fitted frames. This hands-on training covers frame fabrication, lens edging, surface finishing, and professional fitting techniques. Whether you're entering the optical trade or sharpening existing workshop skills, this course gives you the practical knowledge to produce quality eyewear.

Dedika for Business

What you will learn:

You'll build a complete skill set covering frame materials, fabrication methods, lens edging, glazing, and fitting. The course walks you through hand tools, heating and bending equipment, cutting machines, and finishing processes for both plastic and metal frames. You'll learn to read technical drawings, interpret prescriptions, and apply quality control standards used in professional optical workshops. Advanced modules cover custom frame design, specialty fabrication, repair work, and emerging technologies like CNC machining and 3D facial scanning. Business and customer service fundamentals round out your training so you're ready to work in or run an eyewear production operation.

How you study in practice Eyewear Maker Training

How you practise Eyewear Maker Training

For companies looking to train their team

With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course Content

8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Introduction to Eyewear and the Craft

Lesson 1 • Anatomy of a Frame
Identifies every structural component of a frame and its functional purpose. This vocabulary is essential for all subsequent fabrication and adjustment work.
Lesson 2 • History and Evolution of Eyewear
Traces eyewear from early vision aids to modern fashion accessories. Provides context for understanding design traditions and material innovations used today.
Lesson 3 • Eyewear Categories and Functions
Distinguishes prescription, sunwear, safety, and sports eyewear by purpose and construction. Grounds students in product diversity before hands-on work begins.
Lesson 4 • The Optical Industry Ecosystem
Maps the roles of designers, manufacturers, labs, and retailers in the eyewear supply chain. Students understand where the maker's craft fits within the broader industry.

Chapter 2See details

Materials Science for Eyewear

Lesson 1 • Metal Frame Materials
Examines stainless steel, titanium, monel, and aluminum alloys used in metal frames. Students compare weight, corrosion resistance, and machinability for design decisions.
Lesson 2 • Acetate and Plastic Frame Materials
Covers cellulose acetate, nylon, and injected plastics used in frame production. Students learn how each material responds to heat, stress, and finishing processes.
Lesson 3 • Lens Materials and Optical Properties
Introduces glass, CR-39, polycarbonate, and high-index lens materials. Students match material to prescription range, impact resistance, and weight requirements.
Lesson 4 • Coatings and Surface Treatments
Covers anti-reflective, scratch-resistant, UV, and photochromic coatings applied to lenses. Students understand how coatings affect durability, optics, and finishing workflows.
Lesson 5 • Material Selection and Compatibility
Guides students through matching frame and lens materials for structural and aesthetic compatibility. Covers chemical interactions, weight balance, and patient comfort considerations.

Chapter 3See details

Tools, Equipment, and Workshop Safety

Lesson 1 • Finishing and Polishing Equipment
Covers tumbling barrels, buffing wheels, and ultrasonic cleaners used in frame finishing. Students match finishing method to material type and desired surface quality.
Lesson 2 • Workshop Layout and Safety Standards
Defines ergonomic workstation setup and mandatory safety practices for the eyewear shop. Establishes habits that prevent injury and protect materials throughout training.
Lesson 3 • Cutting and Edging Machines
Introduces manual and automated lens edgers, tracers, and cutting wheels. Students learn machine setup, calibration, and safe operation for accurate lens shaping.
Lesson 4 • Hand Tools for Frame Making
Introduces pliers, files, screwdrivers, and specialized eyewear hand tools and their correct use. Proper grip and technique prevent frame damage and ensure precise adjustments.
Lesson 5 • Heating and Bending Equipment
Covers salt pans, hot-air blowers, and infrared heaters used to soften frames for shaping. Students learn correct temperature ranges and dwell times for each material.

Chapter 4See details

Frame Fabrication Fundamentals

Lesson 1 • Bridge and Nose Pad Fitting
Teaches shaping and attaching saddle bridges, keyhole bridges, and adjustable nose pads. Correct bridge geometry is critical for optical centering and wearer comfort.
Lesson 2 • Cutting and Shaping Metal Frames
Introduces wire forming, sheet cutting, and CNC-assisted shaping for metal frame components. Students apply correct tooling and feeds to avoid work-hardening and distortion.
Lesson 3 • Cutting and Shaping Plastic Frames
Covers sawing, routing, and heat-shaping acetate and nylon sheet into frame fronts and temples. Students achieve clean edges and accurate profiles matching design drawings.
Lesson 4 • Reading Technical Drawings and Specs
Teaches interpretation of frame blueprints, dimension tables, and tolerance callouts. Accurate reading of specs is the foundation for all fabrication decisions.
Lesson 5 • Hinge and Component Assembly
Covers riveting, soldering, and screw-based hinge attachment for both plastic and metal frames. Proper assembly ensures smooth temple action and long-term structural integrity.

Chapter 5See details

Lens Edging and Glazing

Lesson 1 • Bevel and Edge Profile Selection
Covers standard, hidden, flat, and rimless edge profiles and when each is appropriate. Edge profile choice affects both frame retention and the finished aesthetic of the eyewear.
Lesson 2 • Optical Measurements and Layout
Covers pupillary distance, optical center, and segment height measurement for accurate lens layout. Errors at this stage propagate through all subsequent edging and glazing steps.
Lesson 3 • Tracing and Pattern Generation
Teaches manual and digital tracing of frame shapes to generate accurate edging patterns. Precise patterns are the direct input for edger programming and manual cutting.
Lesson 4 • Edging Techniques by Lens Material
Applies correct wheel speed, coolant flow, and pressure for each lens material during edging. Students avoid chipping, crazing, and decentration across glass, plastic, and polycarbonate.
Lesson 5 • Glazing and Lens Retention
Teaches inserting edged lenses into full-rim, semi-rimless, and rimless frames securely. Students verify optical alignment and retention force after every glazing operation.

Chapter 6See details

Frame Adjustment and Fitting

Lesson 1 • Nose Pad and Bridge Adjustment
Teaches adjusting pad arms, pad angle, and bridge width to distribute weight evenly on the nose. Correct nose fit prevents red marks, slippage, and optical misalignment.
Lesson 2 • Fitting Assessment and Problem Solving
Guides students through a systematic fitting checklist and common complaint resolution. Students diagnose slippage, pressure, and optical complaints and apply targeted corrections.
Lesson 3 • Temple Adjustment Techniques
Covers bending, straightening, and reshaping temples for correct length-to-bend and ear contact. Proper temple fit prevents slippage and pressure points behind the ear.
Lesson 4 • Principles of Optical Frame Fitting
Establishes the relationship between frame geometry, facial anatomy, and optical performance. Students apply fitting principles before touching any tools to a frame.
Lesson 5 • Front Alignment and Pantoscopic Tilt
Addresses leveling the frame front, correcting face-form wrap, and setting pantoscopic tilt. These adjustments directly affect optical power and visual comfort for the wearer.

Chapter 7See details

Surface Finishing and Quality Control

Lesson 1 • Documentation and Defect Reporting
Establishes procedures for recording inspection results, logging defects, and initiating rework. Accurate documentation supports traceability and continuous quality improvement.
Lesson 2 • Metal Frame Finishing Methods
Introduces brushing, polishing, and bead-blasting techniques for metal frame surface treatment. Students match finish type to design intent and material hardness.
Lesson 3 • Frame Dimensional Quality Checks
Covers use of calipers, rulers, and frame gauges to verify dimensions against specifications. Students document deviations and determine whether frames meet acceptance criteria.
Lesson 4 • Sanding and Polishing Plastic Frames
Covers progressive grit sanding and buffing sequences to restore and enhance acetate surfaces. Students achieve a high-gloss finish without distorting frame geometry.
Lesson 5 • Lens Surface Inspection
Teaches visual and instrument-based inspection of lens surfaces for scratches, coating defects, and distortion. Students use lensometers and inspection lights to verify optical quality.

Chapter 8See details

Advanced Fabrication and Custom Eyewear

Lesson 1 • Complex Lens Prescriptions and Edging
Addresses high-power, prism, and progressive lens edging challenges requiring advanced technique. Students apply compensated layouts and modified edging parameters to achieve accuracy.
Lesson 2 • Repair and Restoration of Eyewear
Teaches diagnosis and repair of broken hinges, cracked frames, and damaged lenses. Students restore eyewear to functional and cosmetic standards using appropriate repair methods.
Lesson 3 • Custom Frame Design and Prototyping
Translates client briefs into technical drawings and physical prototypes using learned fabrication skills. Students iterate on prototypes to resolve fit, function, and aesthetic issues.
Lesson 4 • Production Workflow and Time Management
Organizes multi-job production using batch scheduling, priority queuing, and workflow tracking. Students balance quality and throughput in a realistic workshop production environment.
Lesson 5 • Specialty Frame Styles and Techniques
Covers fabrication of rimless, combination, and vintage-reproduction frames requiring specialized skills. Students adapt standard techniques to non-standard geometries and mixed materials.

Certification

Your valid completion certificate

This course is for you:

Aspiring optical technicians: eager to build a trade skill from the ground up.
Career changers from manufacturing: bringing transferable workshop experience to a new specialty.
Independent craftspeople: looking to expand their repertoire into a precision-driven product category.
Optical retail staff: wanting to move beyond sales into hands-on production roles.
Hobbyist makers: passionate about eyewear design and ready to develop professional-grade technique.
Small business owners: aiming to offer custom or repair eyewear services to their clients.

What our students say

Your classes are perfect. I purchased the one-year package and finally have the opportunity to follow various topics of interest without needing to switch platforms... I thank you for everything you do, I've already recommended you to other people...