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Anterior-Lateral LumbarBox

Anterior-Lateral LumbarBox

Anterior, Oblique and Lateral Approaches to the Lumbar Spine

From L2 to S1

Back to Spine Series

Back to Spine Series

Overview

Explore every angle of the Anterior-Lateral LumbarBox

Scalable Spine Surgery Technology

Train anterior, oblique, and lateral spine surgery with a modular simulator featuring disposable Skin and Spine Levels.

Secure enterprise-grade spine surgery technology at best value

Captured in Action

Real-world use cases showcasing our technologys’s impact

Clinically validated, life-like spine surgery simulation you can trust

The Features

Drawing on advanced anatomical fidelity and clinical workflow integration, the Anterior-Lateral LumbarBox delivers a comprehensive suite of capabilities for enterprise-level spine surgery training

Procedure-focused training for anterior, oblique, and lateral lumbar access

Optimize procurement with tailored pricing for your institution

Mobile X-Ray

Simulate intraoperative fluoroscopy with the Neurosurgery App – landmark setting and trajectory planning at your fingertips

ALM_mobile_X-Ray_camera_view-R02ALM_mobile_X-Ray-R02

Dual Surgical Positioning

Supine orientation for anterior lumbar access and lateral decubitus for oblique techniques—cover all anterior-lateral workflows

Position 1:
Lateral & Oblique Lumbar Procedures
Position 2:
Anterior Lumbar Procedures

Component Overview

High-durability, hyper-real components optimized for quick turnover

Minimally Invasive Lumbar Fusion Capabilities

From Skin Incision to Instrumented Fusion— ALIF, OLIF, XLIF Simulation

Procedures:

  • ALIF (Anterior Lumbar Interbody Fusion)

  • OLIF (Oblique Lumbar Interbody Fusion)

  • XLIF (Extreme Lumbar Interbody Fusion, AKA LLIF, Lateral Lumbar Interbody Fusion)

Surgical Capabilities:

Hyperrealistic skin with bleeding upon incision, featuring multiple layers of suturable epidermis and subcutaneous tissue
Blunt dissection to expose subcutaneous planes and reveal the abdominal muscle
Hyperrealistic muscle/fascia layer to be opened with scissors and dissected in the layer beneath the muscle
Hyperrealistic muscle layer to be dissected with scissors of blunt dissection
In the ALIF, to expose the retroperitoneal space
In the XLIF, to access the discs

Perform up to four sequential discectomy procedures—at L2–L3, L3–L4, L4–L5, and L5–S1—on interchangeable disc modules. Each segment provides realistic nucleus removal and annulotomy feedback, allowing surgeons to practice precise nerve root decompression and graft insertion across multiple lumbar levels

Nerve root decompression through discectomies feasible from L2 to S1 (4 discectomies, L2-3, L3-4, L4-5, L5-S1)
Total corpectomy feasible from L2 to L5 (5 corpectomies)
Placement of any artificial disc and body, according to the above-mentioned levels (disc cage, somatic cage, anterior plates, somatic screws)
Simulator compatible with Fluoroscopy and CT scan for visualizing the vertebrae
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Surgical Realism​

The simulator’s surgical realism combines dynamic tissue mechanics, authentic bleeding response, and precise tactile feedback to faithfully replicate in-vivo lumbar procedures and reinforce operative proficiency

Anatomy

  • Skin
  • Fat of the superficial fascia
  • Superficial Fascia
  • Muscles
  • Trasversalis Fascia
  • Extraperitoneal Fat
  • L2 to S1 Vertebrae
  • L2 to S1 Discs
  • Aorta
  • Psoas Muscle
  • Iliac Crest
  • Inguinal Ligament
  • Peritoneal Sac (Reusable)
1. Ultra-accurate anatomy
2. Hyper-realistic materials

Mobile X-Ray *

Leverage real-time fluoroscopic guidance with our Mobile X-Ray system, seamlessly integrated via a user-friendly app. Surgeons can visualize instrumentation and implant placement during ALIF, OLIF, and XLIF procedures without interrupting workflow. High-resolution live imaging enhances accuracy in pedicle screw trajectory and cage positioning, while the portable design allows flexible setup in any training environment—optimizing spine surgery training efficiency and clinical relevance.

*Attention: Mobile X-Ray module works on Apple Devices only.

CT Scan Integration


Combine conventional radiography and cross-sectional CT scanning for comprehensive postoperative assessment and intra-procedural verification. The Posterior LumbarBox is fully compatible with standard X-Ray units and CT scanners, enabling:

Key Benefits:

  • Multi-planar CT Reconstructions: Precise evaluation of cage alignment, vertebral endplate contact, and interbody fusion channels.
  • High-Definition Radiographs: Clear visualization of bony landmarks and instrumentation positioning.
  • Workflow Integration: Rapid image acquisition and review to support rapid iteration of training scenarios.
This dual-modality imaging suite ensures trainees develop proficiency in both fluoroscopic guidance and CT-based validation, critical skills for modern minimally invasive spine surgery.

NEW

Basic Spine Instruments Set

50%OFF
Limited Time Offer!

Not for medical use, for training purposes only

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Anterior-Lateral LumbarBox

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Anterior-Lateral LumbarBox