印模转移杆（CTAP）作为种植修复的关键工具，在不同种植体解决方案中发挥着重要作用。

I. Conventional Planting Solutions

1. Standard implant restoration

Precise site transfer: Ensure accurate replication of the cervical position of the implant

General-purpose transfer rod application: Suitable for most standard planting systems

Occlusal relationship record: Combined with jaw position record to improve the accuracy of the restoration

2. Immediate weight-bearing plan

Temporary restoration preparation: Quick and accurate acquisition of implant sites

Multi-unit synchronous transfer: Ensure the relative positional relationship among multiple implants

Dynamic occlusal adjustment: Reduces the risk of early load on restorations

Ii. Solutions for Special Anatomical Conditions

Cases of insufficient bone mass

Angle compensation technology: Accurately record the Angle of the inclined implant through the transfer rod

Short implant application: Precisely control the positioning depth of the restoration

Postoperative repair after bone augmentation: Compensating for the anatomical structure changes after bone grafting

2. Aesthetic zone solutions

Soft tissue contour replication: Shape the gums in combination with personalized transfer rods

Gingival penetration depth control: Precisely record the depth of the implant platform

Temporary prosthesis guidance: Assists in the soft tissue shaping process

Iii. Digital Planting Solutions

1. Digital impression system

Scanning body compatibility design: Some transfer rods can be directly used for mouth scanning

Hybrid mold taking technology: Combining the advantages of traditional and digital technologies

Data calibration benchmark: As a quality control point for digital processes

2. CAD/CAM repair

Digital model benchmark: Provides precise implant position data

Cutting guide plate verification: Check the accuracy of the guide plate design

Restoration fit testing: As the acceptance criterion for the final restoration

Iv. Full-mouth Repair Solutions

1. Fixed restoration of edentulous jaws

Simultaneous transfer of multiple implants: Ensuring the precise positioning of the entire dental arch restoration

Occlusal plane determination: Assists in establishing the correct jaw position relationship

Passive in-situ detection: Reduces stress concentration in the restoration

2. Denture covering restoration

Determination of attachment position: Accurately record the positions of attachments such as Locator

Consistency of the orthodontic path: Ensuring smooth removal and fitting of dentures

Regular maintenance benchmark: serves as a reference standard for subsequent adjustments

V. Complication Management Plan

1. Restoration rework

Problem analysis benchmark: Helps identify the reasons why the restoration is not suitable

Re-modeling guidance: Ensure the accuracy of the secondary repair

Occlusal adjustment reference: Provide accurate records of occlusal relationship

2. Management of peri-implantitis

Restoration disassembly reference: Record the original position for easy repositioning

Soft tissue assessment: Monitoring changes in gingival morphology

Personalized base production: Assisting in the design of more easily cleanable restorations