ounded in 2009, SANLAB is a leading-edge technology company specializing in Real-Time Robotic Systems, Advanced Motion Platforms, and Simulation-Based Training Solutions. Engineered to meet the highest global standards, our products are trusted by government agencies, global OEMs, and professional training institutions across the world. From bridging the gap between the battlefield and the lab in defense testing, to translating classroom knowledge into field-ready expertise in training, SANLAB delivers high-performance, mission-specific solutions. Our real-time stabilizer technologies further enable the evolution toward unmanned and autonomous systems, making us your enabler—and your motion partner.
SMotion50 is a state-of-the-art 6DOF motion platform designed to provide precise movement and control for various high-tech applications. It boasts a payload capacity of 50kg, making it a versatile solution for a range of industries. Dimensions: Length 1070cm x Width 950cm x Height 690cm Payload Capacity: 50kg Actuator Stroke: 200mm Moment of Inertia: 23 kg·m² (X,Y,Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz Compatible with optics systems, antenna systems, radar systems, camera tracking systems, gimbal systems. Facts: 6DOF, 6 Electro-Mechanical Actuators, 50kg total payloads, 200mm actuator stroke Applications: Component validation, signal replication, signal generation, real time simulation table, field data system testing simulator.
SMotion100 is a state-of-the-art 6DOF motion platform designed to provide precise movement and control for various high-tech applications. It boasts a payload capacity of 100kg, making it a versatile solution for a range of industries. Dimensions: Length 1100cm x Width 1000cm x Height 700cm Payload Capacity: 100kg Actuator Stroke: 200mm Moment of Inertia: 45 kg·m² (X,Y,Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz Compatible with optics, antenna, radar, gimbal, camera tracking systems. Facts: 6DOF, 6 Electro-Mechanical Actuators, 100kg total payloads, 200mm actuator stroke Applications: Component validation, signal replication, signal generation, real time simulation table, field data system testing simulator.
SMotion500 is a state-of-the-art 6DOF motion platform designed to provide precise movement and control for various high-tech applications. It boasts a payload capacity of 500kg, making it a versatile solution for a range of industries. Dimensions: Length 1600cm x Width 1400cm x Height 1200cm Payload Capacity: 500kg Actuator Stroke: 300mm Moment of Inertia: 250 kg·m² (X,Y,Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz Compatible with RCWS, turret systems, radar systems, camera tracking systems, gimbal systems. Applications: Turret & RCWS testing, component validation, signal replication, signal generation, real time simulation table, field data system testing simulator.
SMotion1000L-E3D is a high-performance 3DOF (Three Degrees of Freedom) motion platform designed for industrial and simulation applications. With a 1000 kg payload capacity, it provides precise and realistic motion feedback for training simulators, industrial testing, and research applications. Dimensions: Length 1785 cm x Width 1526 cm x Height 1006 cm Payload Capacity: 1.000 kg Actuator Stroke: 170 mm (Tz - Heave) Moment of Inertia: 450 kg·m² (X, Y, Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz COMPATIBLE WITH Vehicle Simulation Systems Industrial Testing Systems Research & Development Applications Aerospace Testing Platforms Heavy Equipment Training Simulators Turret Systems Defense & Military Simulators Automotive Motion Analysis
SMotion1800 is a state-of-the-art 6DOF motion platform designed to provide precise movement and control for various high-tech applications. It boasts a payload capacity of 1800kg, making it a versatile solution for a range of industries. Dimensions: Length 2900cm x Width 3000cm x Height 2100cm Payload Capacity: 1800kg Actuator Stroke: 600mm Moment of Inertia: 2000 kg·m² (X,Y,Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz Compatible with RCWS, turret systems, radar systems, camera tracking systems, gimbal systems. Applications: Turret & RCWS testing, component validation, signal replication, signal generation, real time simulation table, field data system testing simulator.
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SMotion2500 is a state-of-the-art 6DOF motion platform specifically designed for outdoor applications, providing precise movement and control for various high-tech uses. With a payload capacity of 2500 kilograms, it is engineered to meet the demands of rigorous and diverse environments. Dimensions: Length 3400 cm x Width 3100 cm x Height 2300 cm Payload Capacity: 2.500 kg Actuator Stroke: 700 mm Moment of Inertia: 5000 kg·m² (X,Y,Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz Compatible with RCWS, turret, radar, gimbal, camera tracking systems, Applications: Turret & RCWS testing, component validation, signal replication, signal generation, real time simulation table, field data system testing simulator.
SMotion3000 is a state-of-the-art 6DOF motion platform designed to provide precise movement and control for various high-tech applications. It boasts a payload capacity of 3000kg, making it a versatile solution for a range of industries. Dimensions: Length 2900cm x Width 3000cm x Height 2100cm Payload Capacity: 3000kg Actuator Stroke: 600mm Moment of Inertia: 5000 kg·m² (X,Y,Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz Compatible with RCWS, turret systems, optics systems, antenna systems, radar systems, camera tracking systems, gimbal systems. Applications: Turret & RCWS testing, component validation, signal replication, signal generation, real time simulation table, field data system testing simulator.
SMotion14000 is a state-of-the-art 6DOF motion platform designed to provide precise movement and control for various high-tech applications. It boasts a payload capacity of 14000 kilograms, making it a versatile solution for a range of industries. Dimensions: Length 5700cm x Width 5500cm x Height 3700cm Payload Capacity: 14.000kg Actuator Stroke: 1030mm Moment of Inertia: 50.000 kg·m² (X,Y,Z axes) Power Supply: 380VAC ±10%, 3ph, 50/60Hz Compatible with RCWS, turret, heavy-load turret, battle tank, radar, gimbal, camera tracking systems and cabin systems. Applications: Turret & RCWS testing, component validation, signal replication, signal generation, real time simulation table, field data system testing simulator.
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SANLAB's SPositioner400, with its advanced 2DOF PPP (Precise Point Positioning) System, offers unparalleled accuracy for applications like satellite scanning and radar testing. User-friendly controls and robust hardware ensure reliable performance in demanding environments. Embrace precision and efficiency for high-precision positioning tasks. *2 degrees of freedom *-200° +200° horizontal, -90° +90° vertical movement *10° /s maximum speed tor each axis *0.05° accuracy *400 kg payload *IP Class 65 protection class Compatible with radar systems and satellite systems Applicaitons *Satellite scanning *Prototype tests *Radar performance tests
SIMVATOS is a next-gen racing simulator with a 3DOF motion platform, real-time response, and wide game compatibility for a fully immersive experience. User-Friendly Design: Engineered for easy setup and operation. Oil maintenance free mechanical structure. Real Response Time: Instant data transmission ensures the most lifelike feedback. Compatibility Across Diverse Games: Works seamlessly with vairous games, from racing to flight simulations In-House Software: From code to control SIMVATOS in-house software ensures full system integration and precision in every motion. 3DOF Motion Platform: Engineered by SANLAB, the SISO vertical axis motion platform delivers unmatched precision and realistic motion feedback.
2DOF (degrees of freedom) Stabilizer technology was developed to provide maximum stabilization in land and sea vehicles regardless of physical environmental conditions. This system, which creates a platform table that remains stable even in the face of disruptive effects, increases operational effectiveness in military applications by providing precise stabilization for weapon systems, radars, optical devices and antennas in the defense field. Compatible with electro-optic systems, remote control weapon systems, radar systems, drones Applications: IMU Integrated stabilization Roll and pitch motion realization Prototype tests Real-time data logging Component validation Vibration isolation
2DOF Stabilized Motion Platform ensures precise positioning despite the movement of any sea and land vehicles. Payload of the system can be drones, radars and optical systems. -Provides safe landing and take-off platform for drones. -Keeps the radar or optical systems stable in various disturbances Compatible with military test specs of MIL-STD 810 Compatible with harsh environment conditions Technical Specifications: ► Roll Stabilization: ±15° ► Pitch Stabilization: ±15° ► Stabilization Error: Max 1° ► Operation Temperature: -10° +50°
2DOF Stabilized Motion Platform ensures precise positioning despite the movement of any sea and land vehicles. ► Provides uninterrupted satellite internet connection by remaining Starlink stable in various disturbances Compatible with military test specs of MIL-STD 810 Compatible with harsh environment conditions Application Areas: Defense, maritime, IT, energy, agriculture Technical Specifications: ► Roll Stabilization: ±15° ► Pitch Stabilization: ±15° ► Stabilization Error: Max 1° ► Operation Temperature: -10° +50°
SANLAB offers unique solutions to the automotive sector with its real-time robotic technologies developed with domestic and national resources. The Driver-in-the-Loop Simulator enables rapid prototyping in the development processes of standard and autonomous vehicles. High-tech test structures where the driver is also included in the system are referred to as Driver-in-the-Loop or DIL Systems. These systems, which offer synthetic test environments, play an important role in the automobile development and testing stages. The Driver-in-the-Loop Simulator Software works integrated with programs such as IPG Truckmaker/CarMaker, Adams, Simpack and the SMotion1800 6DOF Motion Platform System.
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SANLAB's high-payload 2DOF motion platform is designed for advanced industrial applications, offering up to 25 tons of payload capacity and precise rotational movements. Ideal for sectors like defense, aerospace, and heavy industry, it ensures reliable performance in testing, training, and simulations. • Payload Capacity: Up to 25 tons, ideal for heavy-duty operations. • Rotational Movement: High-precision rotational axis for dynamic applications. • Durable Design: Built to withstand extreme industrial conditions. • Versatile Applications: Suitable for defense, aerospace, and industrial testing.
EV Simulator is a VR-based software developed to provide training on electric vehicle maintenance and repair. It offers users both theoretical knowledge and practical application through 30 different scenarios. Compatible Platforms: Standalone VR, PC-based VR, PC only Number of Modules: 30 (7 informative, 23 interactive) Performance Tracking: Progress and success measurement, safety protocol compliance Management: Remote monitoring via online instructor panel It is suitable for vocational schools, universities, automotive companies, and corporate training programs. Key Features: Realistic vehicle components, interactive scenarios, repeatable structure Applications: Battery management, motor assembly, charging station setup, fault diagnosis
Backhoe Loader Simulator offers operators a safe and risk-free environment to practice lifting, transporting, digging, attachment handling, and challenging maneuvers. With real cabin controls, VR integration, and multiple camera angles, it delivers an immersive experience. Dimensions: SimPro, SimPro3, SimPro6, and Desktop models Controls: Steering wheel, pedals, joysticks, touchscreen, and VR compatibility Scenarios: Traffic cones, breaker positioning, digging, fork loading, path tracking, attachment change, slalom, lowbed loading Features: Real-time monitoring, weather simulation, detailed performance reports Applications: Operator training, workplace safety, heavy equipment skill development
Bulldozer Simulator is designed to train operators in safe environments for mastering balance, direction control, and earthmoving techniques under challenging terrain conditions. With VR support, multi-camera views, and real cabin controls, it delivers a highly immersive and realistic training experience. Dimensions: SimPro, SimPro3, SimPro6, and Desktop models Controls: Steering wheel, pedals, levers, digital dashboard, and VR integration Scenarios: Stacking, stripping, slope cutting, soil loosening, spreading, grading, lowbed loading, hill driving Features: Real-time tracking, weather simulation, detailed performance analytics Applications: Operator training, jobsite safety, terrain adaptability development
Excavator Simulator enables operators to safely learn essential tasks such as digging, attachment change, trenching, lowbed loading, and hill driving. With real cabin controls, VR integration, multi-angle camera views, and physics-based feedback, it delivers an advanced training experience. Dimensions: SimPro, SimPro3, SimPro6, and Desktop models Controls: Steering wheel, pedals, joysticks, touchscreen, VR compatibility Scenarios: Digging, path tracking, ghost excavator, breaker positioning, attachment change, lowbed loading, hill driving, trenching, traffic cones Features: Real-time monitoring, detailed performance reporting, weather simulation Applications: Operator training, jobsite safety, heavy equipment readiness
Welding Simulator is designed for users to safely develop skills in SMAW, MIG/MAG, TIG, and FCAW methods. The AR-VR integrated system offers high realism through real welding torches, an augmented reality mask, and motion tracking. It includes real-time error feedback, performance monitoring, and various training scenarios. Hardware: Real torches, welding mask, touchscreen, motion tracking Controls: Welding parameter adjustment, right/left-hand compatibility, direction selection Scenarios: Straight pass, zigzag, triangle pattern, various positions and materials Features: Error alerts, detailed analysis, video recording, student-based tracking Applications: Vocational training, industrial pre-training, welding skill and safety development
Mobile Applications
