Hiossen Easy Bone Compaction (EBCK) Kit – Bone Density Enhancement & Internal Sinus Lift Solution

The EBCK Kit is specifically engineered for clinical situations involving soft cancellous bone (D3–D4).
Instead of removing bone like conventional drills, this system compresses and condenses bone internally, resulting in improved density, enhanced implant stability, and greater control during osteotomy preparation.

The kit also provides a non-hydraulic internal sinus lift technique, allowing clinicians to safely elevate the sinus membrane with reduced risk of perforation.

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🔹 Key Features & Benefits

1. Bone Compaction Rather Than Bone Removal

The F3.5 Compaction Drill is designed to laterally compress trabecular bone during drilling.
This technique:

• Increases local bone density

• Preserves patient’s own bone chips

• Provides improved cutting efficiency with better tactile feedback

Compared with tapered surgical drills, the compaction drill strengthens the osteotomy walls, particularly in soft bone.

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2. Enhanced Primary Stability in Soft Bone (D3–D4)

By increasing bone density within the osteotomy, the EBCK system improves the initial stability of implants—
especially for implants such as Ø4.5 × 10 mm placed in cancellous bone.

This densification effect provides more predictable torque values and better early osseointegration conditions.

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3. Internal Sinus Lift Without Hydraulic Pressure

The EBCK sinus lift drills perform an internal sinus elevation without using hydraulic pressure, reducing the likelihood of:

• Excessive pressure buildup

• Schneiderian membrane perforation

• Technique-related complications

This creates a safer and more controlled approach to sinus floor elevation.

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4. Autogenous Bone Chip Retention

During the drilling process, the instrument design helps collect and maintain autogenous bone chips along the osteotomy walls.

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5. Reliable, Efficient Clinical Workflow

• Supports full control during osteotomy

• Enhances stability in low-density bone

• Simplifies sinus elevation procedures

• Reduces reliance on hydraulic lifting systems

• Promotes predictable implant outcomes

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🔹 Clinical Applications

• Soft bone augmentation (D3–D4)

• Internal sinus floor elevation

• Osteotomy preparation requiring improved bone density

• Implant placement with enhanced initial stability

• Cases benefiting from bone compaction rather than bone removal