Soft Tissue Biopsy Systems
Clinical Application
Soft tissue biopsy systems are used to obtain core tissue samples from soft tissue or organ sites for diagnostic evaluation.
They are used in oncology, interventional radiology, and surgical procedures where controlled tissue sampling is required for histopathological assessment.
These systems support:
- Controlled tissue penetration
- Consistent core sample acquisition
- Accurate targeting of lesions
- Stable mechanical performance during biopsy
Product Platforms
ALSPL soft tissue biopsy systems are available in three primary mechanisms:
- Manual (Tru-cut Type) – Manual biopsy needles provide controlled advancement and tissue capture through operator-actuated cutting action.
- Semi-Automatic – Semi-automatic systems provide controlled spring-assisted cutting while maintaining operator positioning control.
- Automatic – Automatic biopsy devices deliver rapid, spring-driven tissue capture designed for consistent core sampling.
Each platform is structured to balance penetration control, cutting accuracy, and specimen integrity.
Design and Performance
Key characteristics across platforms include:
- Defined cutting cannula geometry
- Controlled specimen notch design
- Stable mechanical actuation systems
- Consistent needle wall thickness and rigidity
- Clear hub identification by gauge
Performance emphasis is placed on reproducible core length and clean tissue capture.
Standard Configurations
Standard soft tissue biopsy platforms are available across commonly used gauge and length profiles aligned with interventional diagnostic workflows.
Detailed dimensional specifications and configuration references are provided in the product brochure.
Coaxial Compatibility
Soft tissue biopsy systems may be supplied with compatible coaxial needle platforms to support multiple sampling passes through a single access tract.
Coaxial configurations are structured to maintain tract stability while enabling repeated core sampling.
Customisation
Custom biopsy programs may include:
- Alternative gauge and length combinations
- Modified firing stroke lengths
- Custom coaxial configurations
- Procedure-specific kit integration
- OEM and private label manufacturing
Custom designs are aligned with diagnostic protocol and lesion targeting requirements.
