Dental Castro Caliper – Angled Variant

The dental Castro caliper, angled variant, is a precision measuring instrument widely used in dentistry for accurate assessment of teeth, bone structures, and surrounding tissues. Its angled configuration offers enhanced accessibility to hard-to-reach areas within the oral cavity, allowing clinicians to achieve precise measurements during diagnostic, restorative, and surgical procedures.

Design and Features

• Construction: Two pivoted arms connected at a joint, ensuring smooth and controlled movement.

• Measuring Mechanism: One arm typically features a fine probe or pointed tip, while the opposite arm includes a calibrated scale for accurate readings.

• Angled Configuration: Specially designed to navigate around adjacent teeth, anatomical obstacles, and delicate soft tissues.

• Ergonomic Handling: Lightweight and comfortable design that minimizes operator fatigue during extended use.

Applications in Dentistry

1. Prosthodontics – Assists in measuring tooth dimensions, spacing, and arch form for the fabrication of crowns, bridges, and dentures.

2. Orthodontics – Used to assess interdental spaces, arch widths, and alignment during treatment planning and progress evaluation.

3. Oral & Implant Surgery – Essential for bone measurements, implant positioning, sinus lift planning, ridge augmentation, and other surgical site preparations.

Clinical Benefits

• Enhanced access to complex anatomical areas.

• High measurement accuracy for predictable treatment outcomes.

• Streamlined workflow in prosthodontics, orthodontics, and oral surgery.

• Ergonomic, angled design for precision with comfort.

• Reliable performance when maintained and calibrated properly.

Maintenance

To ensure accuracy and durability, the caliper should be regularly cleaned, sterilized, and calibrated. Proper handling extends instrument life and guarantees consistent clinical results.

Summary

The dental Castro caliper (angled variant) is an indispensable instrument for precise intraoral measurement. Its angled design improves accessibility and accuracy, supporting optimal outcomes in prosthodontics, orthodontics, and oral surgery. By combining ergonomic efficiency with measurement precision, this tool remains a cornerstone in modern dental practice.