Sublimation Course

Lesson 1 • Essential Equipment Overview

Identifies heat presses, printers, and accessories required for sublimation. Connects equipment choices to output quality and workflow efficiency.

Lesson 2 • The Science Behind Sublimation

Covers the phase-change chemistry converting solid dye to gas under heat and pressure. Grounds all later technique decisions in physical principles.

Lesson 3 • Compatible Substrates and Materials

Catalogs polymer-coated hard goods and high-polyester fabrics suitable for sublimation. Prevents costly errors from incompatible material selection.

Lesson 4 • Sublimation Inks and Papers

Explains ink formulation differences and paper coating properties. Students select correct ink-paper combinations for specific substrates.

Lesson 1 • Nozzle Checks and Head Cleaning

Teaches routine maintenance to detect and resolve clogged print heads. Consistent maintenance directly reduces ink waste and print defects.

Lesson 2 • Printer Driver Configuration

Explains media type, print quality, and colour management settings in printer drivers. Correct driver settings are the foundation of accurate sublimation output.

Lesson 3 • Installing Sublimation Ink Systems

Covers cartridge, bulk, and continuous ink system installation procedures. Proper setup prevents clogs and ensures consistent ink flow from the start.

Lesson 4 • Understanding ICC Colour Profiles

Defines ICC profiles and their role in translating screen colours to printed dye. Students install and assign profiles within design software.

Lesson 1 • Colour Mode and Resolution Standards

Establishes RGB colour mode and minimum resolution requirements for sublimation files. Prevents pixelation and unexpected colour shifts during transfer.

Lesson 2 • Designing for Colour Shift

Explains how sublimation dyes shift hue and saturation after heat transfer. Students adjust artwork colours to compensate and achieve target results.

Lesson 3 • Template Use and Sizing

Introduces substrate-specific templates for accurate placement and sizing. Templates eliminate misalignment and reduce wasted transfers.

Lesson 4 • Mirroring and Orientation

Covers when and how to mirror designs before printing for correct final orientation. Prevents irreversible mirrored-text and reversed-image errors.

Lesson 1 • Pressure Adjustment Techniques

Teaches how to set and test pressure for flat, curved, and thick substrates. Correct pressure ensures full dye migration without substrate damage.

Lesson 2 • Calibrating Temperature and Time

Explains how to verify actual platen temperature against display readings. Accurate calibration is the single largest factor in transfer quality.

Lesson 3 • Peeling and Post-Press Handling

Distinguishes hot-peel and cold-peel techniques and their effect on image quality. Correct peeling and cooling prevent smearing and colour loss.

Lesson 4 • Heat Press Types and Selection

Compares clamshell, swing-away, and draw-style presses for different applications. Matching press type to substrate prevents uneven pressure and scorching.

Lesson 1 • Spot Colour Matching Techniques

Explains methods for hitting specific brand colours using RGB value adjustments. Accurate spot colour matching builds client trust and reduces reprints.

Lesson 2 • Consistency Across Production Runs

Addresses variables that cause batch-to-batch colour drift and how to control them. Students implement standardised settings logs to maintain run-to-run consistency.

Lesson 3 • Creating and Using Colour Swatches

Guides production of substrate-specific swatch libraries for predictable colour matching. Swatch libraries become the reference standard for all future jobs.

Lesson 4 • Building a Colour Management Workflow

Defines a complete colour pipeline from monitor calibration to final press output. A consistent workflow eliminates guesswork and reduces colour variance.

Lesson 1 • All-Over Print Techniques

Explains cut-and-sew and roll-to-roll methods for full-coverage fabric printing. Students understand production workflows for seamless all-over designs.

Lesson 2 • Pressing T-Shirts and Jerseys

Details settings and positioning for flat-seam garments on standard platens. Students achieve edge-to-edge coverage without seam impressions.

Lesson 3 • Wash Durability and Care Instructions

Explains how cure quality affects long-term wash resistance of sublimated fabric. Students provide accurate care guidance to end customers.

Lesson 4 • Pressing Hats, Bags, and Accessories

Addresses curved and irregular surfaces using specialty platens and attachments. Adapting technique to shape ensures even pressure and complete transfer.

Lesson 1 • Phone Cases and Small Accessories

Explains 3D vacuum press use and flat-press alternatives for small curved items. Students match method to item geometry for complete surface coverage.

Lesson 2 • Tiles, Coasters, and Flat Panels

Details flat-press settings and protective padding for ceramic and aluminium panels. Even pressure distribution prevents ghosting and uneven colour density.

Lesson 3 • Plaques, Awards, and Signage

Covers large-format flat substrates including aluminium sheets and MDF panels. Students manage size, alignment, and heat distribution for professional signage.

Lesson 4 • Mugs and Cylindrical Items

Covers mug wrap setup, mug press operation, and timing for cylindrical substrates. Consistent wrap tension and temperature produce streak-free mug prints.

Lesson 1 • Scaling from Solo to Team Production

Addresses workflow documentation, role division, and quality handoff for growing teams. Scalable systems allow output growth without proportional error increases.

Lesson 2 • Batching and Production Scheduling

Explains how to group similar jobs to minimise press changeovers and maximise throughput. Efficient batching directly reduces cost per unit.

Lesson 3 • Costing and Pricing Sublimation Products

Breaks down material, labour, overhead, and margin components for accurate pricing. Students calculate break-even points and set profitable price structures.

Lesson 4 • Equipment Maintenance Schedules

Defines daily, weekly, and monthly maintenance tasks for printers and heat presses. Preventive maintenance reduces downtime and extends equipment lifespan.