Erbessd-Instruments
About us
Erbessd-Instruments designs and manufactures vibration analysis and machine condition monitoring systems for industrial assets where reliability, safety, and uptime matter.
The company specialises in wireless vibration monitoring, portable vibration analysis, and online condition monitoring systems used across energy, manufacturing, food and beverage, chemicals, metals, and heavy industry. Our technology is developed to support maintenance and reliability teams with accurate data, clear diagnostics, and practical insight. Not dashboards for dashboards’ sake.
At the core of the Erbessd-Instruments approach is a simple principle. Condition monitoring should be technically robust, affordable to deploy at scale, and usable by engineers, not only specialists.
What We Do
Erbessd-Instruments develops a full ecosystem of condition monitoring solutions, including:
- Wireless vibration sensors for motors, gearboxes, pumps, fans, and rotating equipment
- Online and portable vibration analysis systems
- Cloud-based and on-premise software for trending, alarms, diagnostics, and reporting
- Solutions that integrate vibration with other condition data such as temperature and operating context
These systems are designed to move organisations beyond reactive and calendar-based maintenance, towards predictive and reliability-centred maintenance strategies.
Designed for real industrial environments
Our products are engineered for harsh industrial conditions and large asset populations. Typical use cases include:
- Early fault detection on critical and non-critical assets
- Reducing unplanned downtime and secondary damage
- Supporting maintenance planning and shutdown decisions
- Extending asset life and improving plant availability
- Wireless monitoring in particular allows plants to scale condition monitoring across hundreds or thousands of assets without the cost and complexity of hard-wired installations.
- Practical engineering, not theory.
Erbessd-Instruments works closely with reliability engineers, maintenance teams, and condition monitoring specialists worldwide. Product development is driven by real operational feedback. If a feature does not help an engineer make a better decision, it does not belong in the system.
This pragmatic approach makes Erbessd-Instruments solutions suitable both for organisations building their first condition monitoring programme and for advanced users looking to expand coverage efficiently.
European Support and Expertise
Erbessd-Instruments supports customers across the UK and Europe with local technical expertise, application support, and integration guidance. We work with end users, service providers, and system integrators to ensure monitoring systems are deployed correctly and deliver measurable value.
Why Visit Us
Visitors to our stand can expect practical discussions around:
- Where wireless vibration monitoring adds value. And where it does not
- How to scale condition monitoring without over-engineering
- Using vibration data to support maintenance, reliability, and energy efficiency goals
- Real-world examples of fault detection and avoided failures
This is not about sales pitches. It is about understanding how condition monitoring can work properly in your plant.
Products & services
PHANTOM Vibration Monitoring System
The Erbessd-Instruments condition monitoring system is a fully wireless, modular platform designed for continuous monitoring of industrial assets using multiple measurement parameters. It supports a wide range of wireless sensors, including vibration, temperature, rotational speed, amperage and other machine and process variables, enabling a more complete view of asset health. The system is engineered for industrial environments where cabling, power availability and installation time are limiting factors. Wireless sensors can be installed quickly without shutdowns, electrical work or fixed infrastructure, making the system particularly suitable for existing plants, large facilities and hard-to-reach assets. Long-range wireless communication allows sensors to transmit data over significant distances, reducing or eliminating the need for repeaters and local network hardware. This makes the system practical for multi-area sites, outdoor installations and geographically spread equipment, while keeping total system cost and complexity under control. All sensors are battery powered and designed for extended operational life through optimised power management. Vibration sensors support both trend monitoring and advanced analysis, including frequency spectrum and time waveform data, while complementary sensors provide context through temperature, speed and electrical load measurements. This multi-sensor approach improves fault detection and diagnostic confidence. Data is transmitted securely to the monitoring platform, where users can visualise trends, configure alarms and analyse machine behaviour remotely. The system supports condition-based and predictive maintenance strategies, helping teams prioritise interventions, reduce unplanned downtime and improve reliability. The platform is scalable, allowing organisations to start with critical assets and expand over time without redesigning the system architecture.
PHANTOM MAX - Next Generation Vibration & Motion Sensor
Phantom Max is a high-performance wireless vibration sensor developed for long-range, continuous condition monitoring of critical rotating assets. It is designed for industrial sites where distance, power availability and network reliability are real constraints, not theoretical ones. The sensor has been distance tested at ranges of up to 3 km, making it suitable for large plants, remote assets and multi-area facilities where traditional wired systems or short-range wireless sensors are impractical. This long-range capability reduces the need for repeaters, cabling and local infrastructure, simplifying deployment and lowering total system cost. Phantom Max combines high vibration bandwidth with efficient power management. It supports detailed vibration analysis, including spectral and time waveform data, while maintaining extended battery life. This balance between data quality and power consumption allows continuous monitoring without frequent battery replacement, even in demanding applications. The sensor is fully wireless and battery powered, enabling fast installation on motors, pumps, fans, gearboxes and other critical assets without shutdowns or electrical work. It is particularly well suited to assets operating at higher speeds or with complex vibration behaviour, where early detection of bearing damage, imbalance, misalignment or gearbox faults is essential. Data is transmitted securely to the monitoring platform for remote analysis, trending and alarm management. This supports condition-based maintenance strategies that focus engineering effort where it delivers measurable reliability and uptime improvements. Built for industrial environments, Phantom Max is compact, robust and designed for long-term operation in challenging conditions.
EWiser 3X - Triaxial Wireless Accelerometer
The Wiser 3X is a wireless triaxial accelerometer designed for continuous vibration monitoring of rotating and reciprocating assets in industrial environments. It captures vibration data simultaneously on three axes, providing a more complete and reliable picture of machine condition than single-axis sensors. The sensor is suitable for motors, pumps, gearboxes, fans and other critical assets where early fault detection is essential. Typical applications include imbalance, misalignment, looseness, bearing defects and gearbox faults. Wiser 3X operates as part of a fully wireless condition monitoring system, reducing the need for cabling, panels and fixed infrastructure. This makes installation faster, safer and significantly lower cost, particularly on existing plant or hard-to-reach equipment. The sensor is battery powered and engineered for long operational life, supporting scalable deployments across multiple assets and sites. Data is transmitted securely to the monitoring platform where vibration trends, spectral data and alarms can be analysed remotely. This supports condition-based maintenance strategies, allowing maintenance teams to move away from reactive or time-based interventions and focus resources where they add real value. Designed for industrial reliability, the Wiser 3X is compact, robust and suited to harsh operating environments. It enables maintenance and reliability teams to gain actionable insight, reduce unplanned downtime and improve asset performance without increasing maintenance workload.
DEFIANT - Real Time Monitoring Solution
Meet Defiant® — The Ultimate Real-time monitoring solution designed to transform industrial machinery oversight. With 16 channels capturing vibration, temperature, speed and more, Defiant® offers unparalleled data visualization and remote access from anywhere. Fully customizable and compatible with our Phantom® sensors, it’s more than a tool; it’s your gateway to smarter, seamless monitoring for every industrial need.