Full-Spine X-ray Imaging: Long Bone Stitching vs. Single-Plate Imaging

 In spinal radiography, two primary techniques are commonly used: long bone stitching and single-plate imaging. Long bone stitching combines multiple overlapping images into a single, seamless view, offering flexibility when capturing extended anatomical structures. Single-plate imaging, by contrast, captures the entire spine in a single exposure, eliminating stitching artifacts and ensuring precise anatomical integrity.

ERCP — Advanced Imaging Support for Precision Treatment
Endoscopic Retrograde Cholangiopancreatography (ERCP) is a minimally invasive procedure that integrates endoscopy with X-ray fluoroscopy. Once primarily a diagnostic tool, ERCP has evolved into a comprehensive therapeutic technique, now widely used for:

• Biliary and pancreatic duct imaging
• Endoscopic sphincterotomy and dilation
• Stone fragmentation and removal in the bile duct or pancreatic duct
• Stricture dilation in the bile or pancreatic ducts
• Nasobiliary and nasopancreatic drainage
• Placement of biliary or pancreatic stents for drainage

Optimized Workspace for Complex Procedures
An ERCP operating room should provide ample space — ideally no less than 40㎡ — to accommodate specialized equipment, interventional tools, and the surgical team.

PLX7100A — Tailored Imaging for ERCP Excellence
The PLX7100A C-arm X-ray System is engineered to meet the specific demands of ERCP. With a C-arm capable of ±180° horizontal rotation, clinicians can achieve the optimal projection angle and working distance for any patient position. The intuitive bedside controller allows for:

• Smooth device movement control
• Real-time exposure parameter adjustments
• Efficient image browsing and storage

The integration of a high-resolution flat-panel detector, precision X-ray tube, and ergonomic catheter table ensures seamless imaging support throughout the procedure — from diagnosis to intervention.