Heat Molding & Custom Shaping

Both brands we carry build boots that can be shaped to your foot with heat. It eliminates pressure points, cuts break-in time dramatically, and turns a boot that fits your size into one that fits you. But the two brands get there by different routes — EDEA applies targeted heat with a heat gun, Jackson puts the whole boot in a convection oven — and knowing which process your boot needs matters.

How Heat Molding Works

A moldable boot contains a material that softens at a controlled temperature and holds its new shape once cool. Heat it, put your foot in it, let it set, and the boot has taken the contours of your ankle bones, forefoot and heel.

• EDEA uses a tri-layer thermoformable construction. The outer shell is Technomicro, EDEA's composite microfiber, layered over a structural support layer and lined with high-density memory foam. Heat softens the memory foam, which reshapes around your foot and then holds that shape permanently.
• Jackson alternates split-leather reinforcement panels with heat-moldable materials, so strength stays where the boot is loaded while the rest customises. The heat-sensitive material is surlyn, present in the intermediate and elite series. Jackson boots are built to fit tight when cold and then mold outward to your foot.

Which Boots Can Be Molded

EDEA

Entry-level boots such as the Showgirl do not feature the full tri-layer thermoformable construction, though they will still soften naturally with use over time.

Jackson

Heat molding is available across Jackson's intermediate and elite series — the boots that contain surlyn. That covers the Debut, Premiere, Supreme and Synergy lines, and much of the range above recreational. Entry-level recreational skates and soft-boot models are not moldable.

The EDEA Process: Targeted Heat

EDEA boots are shaped with a heat gun aimed at specific areas, rather than heated all over. That makes the process precise — a technician can work only the spots that need it.

Step 1: Preparation.
The technician inspects the boots and discusses any known pressure points or foot issues with you. You should be wearing your thin skating socks — the same ones you will skate in.

Step 2: Heating the boot.
A professional-grade heat gun rated at 1,500 to 1,800 watts is used. The technician applies heat at a controlled distance, bringing the boot material to approximately 140 to 180 degrees Fahrenheit (60 to 82 degrees Celsius). This activates the memory foam without damaging the Technomicro shell or structural layers.

Step 3: Targeted application.
The technician directs heat to specific areas of the boot based on your foot shape and any pressure points you have identified. Common areas include the sides of the forefoot, the ankle bones, and the heel cup.

Step 4: Foot insertion and lacing.
Once the targeted areas are heated, you put the boot on while wearing your skating socks. The boot is laced up snugly and you stand in skating position, allowing the softened memory foam to conform to your foot.

Step 5: Cooling and setting.
You remain in the boots for several minutes as the material cools and sets into its new shape. The technician may apply pressure or adjustments to specific areas during this time.

Step 6: Final check.
Once cooled, the technician checks the fit and asks about any remaining pressure points. Spot corrections can be made immediately if needed.

The Jackson Process: The Whole Boot, in an Oven

Jackson boots are heated entire, in a convection oven — the even, circulating heat is the point, and it is why a household oven must never be used. Radiant elements heat unevenly and will damage the boot.

Step 1: Preparation.
The footbed is removed and the skates are laced loosely, so you can get your foot in easily once they are hot.

Step 2: Heating.
The boots go into the convection oven once it has reached temperature. Jackson does not publish an oven temperature or time publicly and directs molding to authorised retailers — your technician works to Jackson's dealer specification.

Step 3: Lacing up, then standing still.
You put the warm boots on and lace them, then stay off your feet — no walking for at least 15 minutes while the boot shapes around your ankle bones, forefoot and toes.

Step 4: Cooling out.
After the boots have cooled, wait at least 8 hours before jumping in them, so every layer has fully set.

What to Expect During the Process

When the heated boot is placed on your foot, you will feel noticeable warmth — this is normal and should not be uncomfortable or painful. If the heat feels excessive, tell the technician immediately. The boot will feel snug as you lace it up, and you may feel it pressing firmly against your foot as the material conforms. This pressure is temporary and will ease as the boot cools and stabilizes.

After Molding

A professionally molded EDEA boot needs only about 4 to 8 hours of on-ice training to break in fully, compared to 20 to 40 hours for a traditional leather boot. Jackson's guidance is to build up gradually too — limit jumps and spins at first and increase ice time over several sessions.

During break-in generally, do not lace too tight and leave the top hook unlaced. Some skaters loop a hair elastic over the top hooks for a little support while the boot adapts. More in Taking Care of Your Boots.

What NOT to Do

• Do not attempt heat molding at home. Consumer heat guns, hair dryers, and household ovens do not provide the controlled heat needed and risk damaging the boot or causing burns.
• Never use a household oven, microwave, or any other general heating device. A convection oven circulates heat evenly; radiant elements do not, and they will damage the boot.
• Only use an authorized technician. Improper technique can deform the boot structure, weaken the support, or create new pressure points worse than the originals.
• Do not mold with bare feet or thick socks. Always wear the thin skating socks you will skate in. The boot should be molded to how you will actually wear it.
• Do not mold boots that have already been heavily broken in. The process is most effective on new or lightly used boots.
• Do not walk around during the cooling period. Remain still until the technician indicates the material has set.

Start With the Right Size

Heat molding refines a fit — it does not rescue a wrong size. Molding can ease a pressure point or open a tight spot, but it cannot make an oversized boot hold your foot. Get the size right first with our Boot Sizing Guide, then mold.