Googoltech provides a full range of motion‑control hardware—including card‑based, embedded, networked, and all‑in‑one controller units—paired with high‑performance servo, stepper and spindle drivers that support ultra‑low control cycles and multiple fieldbus standards such as EtherCAT and PCIe. The company also offers integrated development tools (OtoStudio, MotionStudio, DriverStudio) and a cloud‑enabled industrial IoT platform to simplify system integration, parameter tuning, and remote diagnostics. These solutions help equipment manufacturers and system integrators in sectors like semiconductor processing, CNC machining, robotics, and renewable‑energy assembly reduce development time and engineering costs.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial automation systems require highly precise, reliable, and scalable motion control and drive solutions, but existing equipment often lacks integration flexibility, real‑time performance, and easy configurability for diverse applications such as semiconductor manufacturing, CNC machining, robotics, and renewable‑energy assembly.
Solution
Googoltech delivers a comprehensive portfolio of motion‑control hardware—including card‑based, embedded, networked, and all‑in‑one controller units—paired with high‑performance servo and stepper drivers. Its products support ultra‑low control cycles (down to 50 µs), multiple fieldbus standards (EtherCAT, PCIe), and modular networking to enable synchronized multi‑axis operation. The company also provides a suite of development tools (OtoStudio, MotionStudio, DriverStudio) and cloud‑enabled industrial IoT platforms that simplify system integration, parameter tuning, and diagnostics. By offering open, reconfigurable architectures, Googoltech helps equipment manufacturers and system integrators reduce development time, lower engineering costs, and accelerate time‑to‑market for high‑end automation equipment.
Target Audience
Primary customers are equipment manufacturers, system integrators, and OEMs in sectors such as semiconductor processing, high‑end CNC machining, precision laser machining, renewable‑energy assembly, and industrial robotics.
Features
- Card‑based, embedded, and Ethernet‑connected motion controllers with control periods as short as 50 µs
- High‑power servo, stepper, and spindle drivers supporting EtherCAT, PCIe, and proprietary gLink‑II protocols
- All‑in‑one “drive‑control” units that combine motion processing and power amplification in a single chassis
- Integrated development environments (OtoStudio, MotionStudio, DriverStudio) for rapid firmware configuration and real‑time debugging
- Modular network I/O, HMI, and industrial‑grade communication modules for scalable system expansion
- Cloud‑based industrial IoT platform for remote monitoring, data analytics, and firmware updates