A fundamentally faster approach to torque and vibration measurement.

No. The Gateway creates its own Wi‑Fi network, enabling fully offline wireless data acquisition. No online license nor internet connection required.

It manages synchronized wireless data streaming from all FORCEBIT sensors and sends data to your laptop or stores it locally.

Yes, two computers can independently use two Gateways. A single computer cannot yet connect to two Gateways.

We are expanding third‑party DAQ support. Contact us with your system requirements.

Up to 6 sensors depending on sampling rate. The system offers 48 kHz aggregated bandwidth. This means a single accelerometer can stream a 16kHz in 3 directions (3x16=48), whereas 3 sensors can measure concurrently at 16kHz in one direction.

CSV format compatible with MATLAB, Python, Simulink, and other engineering tools. Other formats can be provided on request.

Yes, with ~1 second latency, suitable for monitoring but not real‑time control.

Yes. It can store data internally without requiring a laptop connection.

Sensors use 2.4 GHz industrial wireless. Although many tests have proven to achieve a rigorous connection. Range may be affected by metal, water, and EM fields. Invite us for a demo to test.

Yes. Battery life exceeds one month when idle.

The interface is intuitive and design to be very low-threshold, enabling even non-technical personnel to perform measurements within minutes.

All sensors use USB‑C rechargeable batteries.

Yes, custom firmware and analysis packages are available upon request.

Yes, the battery level is shown after every measurement campaign.

Our pricing is based on a thorough analysis of comparable products in the market. We evaluated existing solutions, their features, and the value propositions they offer.

Based on this analysis, we positioned our product strategically between established market players and applied a value-based pricing model. Our prices reflect the relative value we deliver compared to alternatives. As a younger and smaller player, we intentionally positioned ourselves slightly lower, offering a strong price–performance ratio without compromising on quality.

The prices shown on this page apply to our standard sensor configurations, which are designed to cover the majority of common use cases with an optimal balance between functionality, performance, and cost.

If you have specific requirements—such as different gain values, a custom sensor mix (for example more temperature sensors and fewer humidity sensors), or other technical adjustments—we can provide a tailored solution.

Custom configurations typically involve an additional cost, depending on the complexity and their impact on hardware, calibration, or software. For these cases, we provide a transparent, tailored quote.

Yes. For larger orders or long-term engagements, volume discounts are absolutely negotiable. Pricing depends on factors such as order size, configuration, and project scope. Contact us to discuss your requirements—we’re happy to explore the best possible setup together.

While tools like Raspberry Pi or Arduino can be used to create a basic proof of concept of some portions of the solution, building a reliable, scalable, and productionready solution requires significantly more effort.

Our sensors are the result of a substantial development investment, including custom-designed PCBs, a robust Bluetooth network, efficient WiFi data throughput, and a complete software stack—fully optimized for compactness, performance, and energy efficiency.

This level of development only becomes cost-effective when the investment can be spread across a large number of users. For solutions intended solely for internal or individual use, a DIY approach quickly becomes complex, time-consuming, and inefficient.

Our solution eliminates those development risks and delivers a fully engineered, professional product out of the box.