Step-by-Step Tutorial: Creating a Mesh Integration System Base for Total Alopecia
In this tutorial, you’ll learn how to create a secure and natural-looking mesh integration system base for a client with total alopecia. This method focuses on achieving a flawless, flush finish while ensuring durability and comfort.
What You’ll Need
- Fine lace (or thicker lace for added durability)
- Double-sided tape (e.g., Walker’s tape strips)
- Scissors
- Curved needle
- Thread
Step 1: Stabilise the Front Lace
Start by preparing your double-sided tape:
- Cut the tape strips in half (or smaller if preferred).
- Peel off the blue side—this is the side that adheres to the lace.
Apply the tape:
- Place the tape right at the front edge of the lace.
- Position two strips across the front area.
- Ensure the tape is as close to the edge as possible without touching your fingers.
Next:
- Peel off the white backing.
- Carefully press the lace onto the scalp, stretching slightly so it sits completely flush with no gaps.
👉 Tip: The front is the most visible area—take your time to get this perfectly flat.
Step 2: Secure the Back
Repeat the same taping process at the back:
- Apply tape strips along the back edge of the lace.
- Peel and press down while applying gentle tension.
Why tension matters:
- It prevents gaps.
- It ensures the base can support the weight of added hair (especially 100g–200g systems).
Step 3: Lay and Stretch the Lace
- Position the lace according to the size of the system you’re creating.
- Apply consistent tension across the base.
- Check that both the front and back are lying smooth and flush against the scalp.
Step 4: Contour the Sides
The sides will naturally lift or appear “flappy,” so contouring is essential.
How to contour:
- Fold the lace inwards (not outwards).
- Create a slight overlap or crisscross at the sides.
- This helps the lace sit flat against curved areas of the head.
👉 Goal: No visible lifting or gaps along the edges.
Step 5: Sew the Contours in Place
Using a curved needle (important for safety and precision):
Basic stitch method:
- Insert the needle through the lace.
- Loop the thread over the needle.
- Pull through to secure.
Repeat this motion consistently:
- Stitch directly along the contour points.
- This locks the folds and keeps the lace flush.
⚠️ Always:
- Use a curved needle to avoid poking the scalp.
- Watch for loops and tighten as needed.
Step 6: Reinforce the Structure
Continue sewing:
- Work around the sides and toward the back.
- Incorporate overlapping (crisscross) sections into your stitching.
Check regularly:
- Ensure everything remains tight and flush.
- Add small pieces of tape if needed to stabilise loose areas.
Step 7: Sew the Edge Line
This is your finishing and cutting guide.
- Stitch along the outer edge of the lace using the same method.
- Keep your stitches even and secure.
Once complete:
- Tie multiple knots (at least 3–4) to secure the thread.
- Cut the excess thread close to the base.
Step 8: Final Tape Reinforcement
- Add an extra strip of tape along the final stitched edge.
- Pull the lace down with tension as you apply it.
- Trim any excess lace if needed.
Repeat on both sides for balance.
Step 9: Final Sewing (Opposite Side)
- Repeat the contouring and stitching process on the other side.
- Remember:
- Split the thread only on the first stitch to anchor it.
- After that, use both strands together.
Continue stitching until the entire base is secure.
Final Check
Inspect your work:
- Front: Smooth and natural
- Sides: Contoured and flat
- Back: Secure and tight
- Overall: No gaps, no lifting, strong foundation
Result
You now have a fully constructed mesh integration base that is:
- Secure
- Flush to the scalp
- Ready for wefts and top-piece installation
Pro Tips
- Always maintain consistent tension—this is key to durability.
- Take your time with contouring; it makes all the difference in realism.
- Practice your stitching technique—it becomes second nature with repetition.
With this base complete, you’re ready for the next stage: installing the wefts and finishing the full system.