Description:

The IMP 24928 – Implant Pick-Up 4.5/5.0 NI Short is a non-engaging, short-length impression component designed to accurately capture the three-dimensional position of dental implants during prosthetic impression-taking. Engineered for implants with a 4.5mm to 5.0mm platform, it is particularly suited for multi-unit or full-arch restorations where anti-rotational indexing is not required.
Crafted from high-quality, biocompatible materials, this impression pick-up delivers excellent dimensional stability, consistent fit, and tactile reliability during the impression phase. The non-engaging design facilitates a passive connection with the implant, ensuring smooth seating in cases involving angled or parallel multi-implant configurations—essential to avoid rotational interference during intraoral pickup.
Its compact body (approx. 22mm in length) makes it ideal for use in anatomically restricted sites such as the posterior maxilla or mandible, while offering sufficient height for visibility and access. Retentive features on the body provide mechanical stability within impression materials such as PVS or polyether.
The IMP 24928 is intended for open-tray (pick-up) techniques, where the component remains embedded in the impression following tray removal—preserving spatial accuracy for cast fabrication. This approach enhances precision and reduces the potential for distortion, particularly in multi-implant workflows requiring exact inter-implant relationship transfer.
Compatible with dedicated analogs and restorative components in the 4.5/5.0 platform family, this pick-up seamlessly integrates into both conventional and digital workflows, supporting streamlined prosthetic planning and fabrication.
Delivered non-sterile, the component must be sterilized prior to intraoral use. Reusable and autoclavable, it offers repeatable, high-performance use across a range of complex restorative cases.
For clinicians seeking dependable accuracy in implant position transfer—especially in bridge, bar, or full-arch restorations—the IMP 24928 provides a compact, passive-fitting, and clinically versatile solution.