Meet LATUS KB™
Meet LATUS KB™
LATUS KB™ is being developed around a simple principle, technology should simplify, not complicate
LATUS KB™ is being developed around a simple principle, technology should simplify, not complicate
Around trocar & balloon placement
Bilateral access requirements
The field has faced common challenges
Conventional Technology Was Built for a Different Era
For years, surgeons have adapted to vertebral augmentation technologies that can introduce complexity into the procedure.
Overall procedural complexity
Learning curves that slow or prevent adoption
Reliance on contrast media
The Solution
How LATUS KB™ Rethinks Vertebral Augmentation
Directional Balloon Expansion
At the core of LATUS KB™ is a directional expansion mechanism designed to provide surgeons with greater control throughout the procedure. Unlike conventional circumferential balloons, LATUS KB™ was designed to expand where support is needed while supporting a simpler workflow.
Improved workflow efficiency
Reduced procedural complexity
More predictable expansion behavior
WHY IT MATTERS
Unilateral Access
Most balloon systems rely on bilateral access. LATUS KB™ was designed to support treatment through a unilateral approach, helping simplify access and procedural workflow
Fewer access points
Reduced complexity
More efficient procedures
WHY IT MATTERS
Contrast-Free Visualization
Conventional balloons rely on iodinated contrast media to visualize expansion under fluoroscopy. LATUS KB™ was designed to eliminate dependence on contrast media during balloon expansion.
Eliminates additional preparation steps
Supports patients with contrast limitations
Simplifies workflow
WHY IT MATTERS
Directional Balloon Expansion
At the core of LATUS KB™ is a directional expansion mechanism designed to provide surgeons with greater control throughout the procedure. Unlike conventional circumferential balloons, LATUS KB™ was designed to expand where support is needed while supporting a simpler workflow.
Unilateral Access
Contrast-Free Visualization
Improved workflow efficiency
Reduced procedural complexity
More predictable expansion behavior
WHY IT MATTERS
Fewer access points
Reduced complexity
More efficient procedures
WHY IT MATTERS
Eliminates additional preparation steps
Supports patients with contrast limitations
Simplifies workflow
WHY IT MATTERS
Built Around Simplicity
Conventional Approach
Procedural Complexity
Access Requirements
Contrast Dependency
Adoption Barriers
Conventional Approach
Conventional kyphoplasty procedures often require precise positioning and careful procedural planning.
Many existing approaches may require bilateral access to achieve procedural objectives.
Traditional balloon systems typically rely on contrast media for visualization.
The future of vertebral augmentation depends on technologies that are easier to learn and integrate.
LATUS KB™
Simplified workflow — LATUS KB™ was developed to simplify workflow through a more intuitive procedural approach.
Designed for unilateral access — LATUS KB™ is designed to support a unilateral approach, reducing procedural steps.
Contrast-free visualization — LATUS KB™ introduces a contrast-free approach designed to support visibility.
Surgeon-centered design — LATUS KB™ was developed with surgeon adoption in mind.
Procedural Complexity
Conventional kyphoplasty procedures often require precise positioning and careful procedural planning.
Conventional Approach
LATUS KB™
Simplified workflow — LATUS KB™ was developed to simplify workflow through a more intuitive procedural approach.
Procedural Complexity
LATUS KB™
Simplified workflow — LATUS KB™ was developed to simplify workflow through a more intuitive procedural approach.
Conventional kyphoplasty procedures often require precise positioning and careful procedural planning.
Conventional Approach
Access Requirements
LATUS KB™
Designed for unilateral access — LATUS KB™ is designed to support a unilateral approach, reducing procedural steps.
Many existing approaches may require bilateral access to achieve procedural objectives.
Conventional Approach
Contrast Dependency
LATUS KB™
Simplified workflow — LATUS KB™ was developed to simplify workflow through a more intuitive procedural approach.
Traditional balloon systems typically rely on contrast media for visualization.
Conventional Approach
Adoption Barriers
LATUS KB™
Surgeon-centered design — LATUS KB™ was developed with surgeon adoption in mind.
The future of vertebral augmentation depends on technologies that are easier to learn and integrate.
Conventional Approach
Contrast Dependency
Traditional balloon systems typically rely on contrast media for visualization.
Conventional Approach
LATUS KB™
Designed for unilateral access — LATUS KB™ is designed to support a unilateral approach, reducing procedural steps.
Adoption Barriers
The future of vertebral augmentation depends on technologies that are easier to learn and integrate.nd careful procedural planning.
Conventional Approach
LATUS KB™
Surgeon-centered design — LATUS KB™ was developed with surgeon adoption in mind.
Built for Modern Practice.
The future of vertebral augmentation extends beyond the hospital. As more procedures migrate toward outpatient and office-based settings, the field needs technologies built for simplicity and efficiency. LATUS KB™ is being developed with this transition in mind.
Built for Modern Practice.
The future of vertebral augmentation extends beyond the hospital. As more procedures migrate toward outpatient and office-based settings, the field needs technologies built for simplicity and efficiency. LATUS KB™ is being developed with this transition in mind.
Built for Modern Practice.
The future of vertebral augmentation extends beyond the hospital. As more procedures migrate toward outpatient and office-based settings, the field needs technologies built for simplicity and efficiency. LATUS KB™ is being developed with this transition in mind.