Your Trusted Force Sensor Partner – Precision Engineered by MareX
Delivers comprehensive robotic software and hardware solutions.
Precision.Intelligent. MareX Sensor Customization Specialist
Full-Scale Dummy Impact Testing
Our vehicle crash response tests include dummy collision safety and instantaneous force measurement. These sensor systems measure forces, moments, and displacements on dummy heads, necks, chests, abdomens, and legs, supporting Hybrid-III, ES2/ES2-re, SID-2s, QSeries, CRABI, Thor, and BioRID models.
Aerospace Force Measurement Platforms
Six-axis force sensors are used in aerospace for aircraft testing, attitude control, load measurement, and engine monitoring. They simultaneously measure three-directional forces and rotational moments with high precision/sensitivity, enabling wind tunnel platforms to simulate flight environments, capture dynamic model responses, and provide critical data for aircraft design optimization.
Customization Services
Our engineers possess decades of experience in sensor customization, delivering bespoke solutions tailored to your specifications. By analyzing your requirements for measuring ranges, dimensions, and accuracy, we develop optimized product designs that ensure seamless integration across diverse applications.
Automotive Manufacturing Assembly & Testing
Precision Assembly Assurance
Miniature force/torque sensors enable micron-level alignment accuracy. Reduce component damage by 37% in automated production lines
Efficient Multi-Test Integration
3D force sensors consolidate crash/body/seatbelt/brake validation. Cut testing cycles by 50% with parallel data acquisition
Predictive Quality Control
Real-time sensor analytics detect manufacturing deviations. Achieve 99.8% production consistency & 30% lower recalls
Regulatory Compliance Guarantee
High-fidelity impact sensors (20kHz sampling) capture crash dynamics. Deliver 100% FMVSS/NCAP certification success rate
Industrial Control Automation
Multi-Industry Adaptability
Specialized sensors for extreme environments: -40°C to 150°C operation. Deployable in foundries/cleanrooms/space simulation chambers
Precision Force Control
6-axis sensors enable ±0.02N resolution compliant motion. Achieve micron-level assembly accuracy in electronics manufacturing
Customization Capability
Non-standard load cells adapt to unique robotic end-effectors. Rapid prototyping for specialized gripping applications
Seamless System Integration
Real-time EtherCAT communication (2ms cycle time). Synchronize force feedback with robot path correction
Medical Applications
Regulatory Compliance Assurance
ISO certified sensors ensure traceable data integrity. Guarantee 100% audit-ready pharmaceutical documentation
Micro-Force Precision
0.001N-resolution monitoring for infusion/therapy devices. Achieve ±1% drug dosage accuracy in automated dispensing
Patient Safety Systems
Bed-mounted multi-axis sensors detect fall risks within 0.5s. Reduce clinical incident rates by 63% with real-time alerts
Sterile Environment Reliability
IP68-rated sensors withstand autoclave sterilization (135°C). Enable force-controlled surgical robotics in aseptic fields
MareX: Precision Engineered Force Intelligence for Tomorrow’s Automation
2000㎡
Factory Floor Area
60%
R&D Headcount Proportion
50+
Current Employee Count
Collaborative robot (cobot) end-effector
Tremendous prospects
According to industry analyses, the transaction value of robotic end-effectors exceeded USD 2.5 billion in 2018 and is projected to reach USD 6.5 billion by 2025, maintaining a 14% compound annual growth rate (CAGR). With the expansion of automation markets, end-effectors—critical components in robotic solutions—are witnessing rapidly increasing adoption across industries.”
UR Robots
Advantages
Driving Sustainable Manufacturing Development As nations and regions continue to establish energy and emission standards, sustainability—as part of climate change commitments—holds a critical position on the global political agenda. Like many other robotic solutions, UR robots are advancing efforts to make manufacturing and production more sustainable.
Ultra-Thin 6-Axis Force Sensors
Application
With continuous advancements in production and processing techniques, users have shown growing interest in ultra-thin 6-axis force sensors, which enable high-precision force feedback and adaptive control for tasks requiring micron-level accuracy, such as precision assembly and collaborative robotic operations.
MareX Details for professionals
MareX delivers intelligent robotic solutions that redefine precision automation for modern industries.
6-Axis Force Sensor
Precision Engineered Across Six Dimensions
3-axis Force Sensors
Triaxial Precision, Powering Smarter Automation
Torque Sensors
From Calibration to Continuous Control: Torque Mastery Unleashed
Force & Torque Sensors
Dual Force Mastery: Precision in Tension & Torsion
MAREX in the news
All the latest from MareX.
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The market prospects for collaborative robot end tools are huge!
How do I choose the right collaborative robot end tool for my needs?
How 6-Axis Collaborative Robots Achieve Smooth Motion Through Joint Modules
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For More Custom Sensor’s Details
Frequently asked questions.
Consider: measurement range, accuracy, electrical interfaces, and applications (e.g., grinding, assembly). Please consult us directly.
Yes. Please contact us.
No. Sensors tolerate only occasional overloads.
1) Ground shielded wires of DAQ cards (M8128/M8126)
2) Lower sampling frequency
Use gravity compensation: pre-measure tool weight, center coordinates, and sensor zero point. Algorithms auto-compensate during operation.
Refer to academic papers.