advanced hybrid simulator
Advanced Virtual Reality Training Systems for Precision Laparoscopic Surgery
VIRTUAL REALITY TRAINING • HAPTIC FEEDBACK • LAPAROSCOPIC SIMULATION • SURGICAL PRECISION • MEDICAL EDUCATION • ADVANCED TECHNOLOGY •
A reduced working area and ports positioned 4.5 cm apart replicate the conditions of surgery on newborns and infants. Training tailored for the smallest patients.
PRECISION
Sub-millimeter accuracy
REALITY
Full Haptic Feedback
EXPLORE THE SYSTEM
01 // APEX PRO TRAINING PLATFORM
Revolutionize your laparoscopic training
From basic skills to advanced procedures
Laparo Apex PRO combines virtual reality and physical modules to deliver a complete curriculum, realistic haptic feedback, and real-time performance insights for surgeons at every level.
Train on pediatric and adult scenarios, practice safe instrument handling, and track progress through structured modules that mirror real OR workflows.
Apex pro Technical Data
Core System & Display
- Training type: Hybrid approach combining physical module tasks and virtual reality (VR) environments.
- Display: 27-inch touchscreen monitor for user interface and real-time visualization.
- Tracking hardware: Built-in electronic sensors track instrument positioning, paths, and user metrics.
- Pediatric adaptation: Adjusts to a reduced working area with a 4.5 cm distance between trocars.
Optics & Illumination
- Laparoscopes: Includes 2 real clinical laparoscopes (0° and 30° optics).
- Optics flexibility: Supports full rotation of the optics relative to the camera housing.
- Light source: Integrated LED diode setup connected via a fiber optic cable.
- Extra illumination: Secondary built-in LED array inside the station dome.
Working Interface & Ports
- Total access ports: 15 anatomically spaced working slots.
- Instrument compatibility: Tailored for standard 5 mm simulation and clinical tools.
- Foot controls: Multi-pedal footswitches configured for simulated electrosurgery tasks.
Included Hardware & Materials
- Sensor-enabled instruments: Dissector, grasper, scissors, needle holder, and clip applier.
- Specialty tooling: Multitool 1 (stapler, bipolar grasper) and Multitool 2 variants.
- Physical modules: Dexterity, tension, 3-in-1 dissection, suturing, and universal holder.
- Protection: Custom protective station fabric cover included.
PRIMARY SIMULATOR MODELS
01 // PORTABLE
PORTABLE SERIES
Engineered for clinical mobility and high-fidelity tactile feedback. Perfect for training in diverse environments.
02 // PROFESSIONAL
PRO SERIES
Advanced haptic technology providing realistic tissue resistance and fluid dynamics for elite surgical training.
03 // VIRTUAL
VIRTUAL REALITY
Integrates immersive 3D visualization with precision haptic feedback for a fully immersive surgical experience.
TECHNICAL SPECIFICATIONS
[ 01 ]
HIGH-DEFINITION CAMERA ARRAY
Advanced 4K resolution sensors with low-latency processing for real-time surgical visualization.
[ 02 ]
ERGONOMIC INSTRUMENTS
Force-feedback haptic technology integrated into modular robotic arms for realistic tactile sensation.
[ 03 ]
ADVANCED TRAINING MODULES
Comprehensive library of surgical scenarios with adaptive difficulty levels and performance tracking.
[ 04 ]
PRECISION HAPTIC FEEDBACK
Ultra-low latency tactile response systems that simulate the resistance and texture of human tissue.
[ 05 ]
IMMERSIVE VR INTERFACE
Full 360-degree virtual reality environment with spatial audio and intuitive gesture controls.
[ 06 ]
DATA ANALYTICS MODULE
Real-time performance metrics and heatmaps to optimize surgical skill progression and error reduction.
PRECISION TRAINING SYSTEMS
ADVANCED HAPTICS
Real-time force feedback that mimics the resistance of human tissue, ensuring a tactile experience indistinguishable from actual surgery.
3D ANATOMICAL DATA
High-resolution anatomical models integrated with surgical planning software for precise navigation and spatial awareness.
Engineered for high-fidelity surgical simulation. Our systems bridge the gap between theoretical knowledge and clinical excellence through advanced haptic feedback and real-time data visualization.
TELEOPERATION
Remote surgical training capabilities allowing specialists to perform complex procedures from any location with high latency.
DATA ANALYSIS
Comprehensive performance tracking and biometric monitoring to identify skill gaps and optimize surgical workflow.
Training Benefits
01
Technical Precision
Experience high-fidelity tactile feedback and anatomical accuracy that mirrors real-world surgical environments.
02
Master complex laparoscopic procedures without the risk of patient harm or equipment damage.
Safe Practice
03
Performance Analysis
Utilize HUD-style data overlays to track surgical metrics, hand-eye coordination, and procedural efficiency.
LAPAROSIMULATORS • ADVANCED TRAINING SYSTEMS • MEDICAL EDUCATION • SURGICAL EXCELLENCE • LAPAROSIMULATORS • ADVANCED TRAINING SYSTEMS • MEDICAL EDUCATION • SURGICAL EXCELLENCE