Cincoze Highlights MD-3000 Vision Controller and Edge AI at Automate

At Automate 2026, held June 22–25 at McCormick Place in Chicago, the Control.com engineering team met with Cincoze, a leader in the field of industrial computing. We wanted to get a firsthand look at the company's latest edge computing and industrial automation solutions.

Under the banner of "Edge AI for Automation," Cincoze organized its display across four dedicated product zones: DIN-rail computers, rugged edge computers, GPU-embedded computers, and industrial panel PCs.

MD-3000: Designed Around the Problem, Not the Spec Sheet

We met with Wayne Marcouillier, Senior Sales Director at Cincoze, for a walkthrough of the MD-3000 Series. This is the company’s highest-specification embedded computer line. Cincoze positions it as a dedicated machine vision controller. You can watch the full interview below.

The new MD-3000, a controller designed for vision applications.

Marcouillier noted a key detail that sets the MD-3000 apart from conventional computers. "Instead of focusing on specifications first, we focused on real-world challenges," he said. He explained that machine vision projects face consistent hurdles. These include limited CPU performance and tight space inside control cabinets. Systems also face rising demands for high-speed I/O and industrial EMC interference.

EMBE compliance is critical but easy to overlook. Production floors create heavy electromagnetic noise from motor drives, welding equipment, and high-current switching. The MD-3000 carries EN 61000-6-2/6-4 industrial EMC compliance to combat this noise.

Marcouillier also broke down what machine vision demands from a compute platform. "It has to process high-resolution images," he stated. "It must handle multiple cameras at once and make real-time decisions." The MD-3000 uses 14th Generation Intel Core processors to do this. It features DDR5 memory up to 96 GB and dual NVMe SSDs. This offers plenty of headroom. It handles simultaneous high-resolution image streams without memory or storage bottlenecks.

Space constraints shaped the chassis design. The MD-3000 is just 152 mm tall. It mounts directly onto a standard DIN rail inside control cabinets. Engineers do not have to choose between performance and footprint. Cincoze built scalability directly into the expansion architecture. Customers choose 2-, 4-, or 6-slot Scalable Expansion Decks (SED) based on their I/O needs. Scalable Expansion Modules (SEM) then populate those slots with required interfaces.

MD-3000 series DIN-Rail embedded computer. Image used courtesy of Cincoze

The PoE SEM modules are ideal for camera-dense setups. "It is designed to handle up to eight PoE ports for high-end cameras," Marcouillier noted. These setups heavily strain CPU performance, memory capacity, and storage speeds. This strain is exactly why the base compute specs are so high.

The platform fits a wide range of production environments. It features a wide input voltage of 9–48 VDC. It has an operating range of -40°C to 65°C at 35W TDP. It also carries UL/cUL safety certifications. It needs no external conditioning hardware. A rated MTBF of 356,683 hours backs up its reliability. Furthermore, the MD-3000 earned a 2026 iF Design Award for engineering and style.

"We designed this MD-3000 based on real-world applications," Marcouillier summarized. "We focused on making it true to what is actually needed in the field."

Industrial Panel PCs and Monitors: The CV-200 Series

The display computing zone introduced the new CV-200 Series of industrial monitors. The main feature is an ultra-slim bezel of 3 mm or less. This pairs with an IP66-rated front panel. The combination serves both aesthetics and wash-down environments.

The Control.com team met with Cincoze to learn about AI-enabled edge computing for automation. Image used courtesy of Control.com

The monitors offer Full HD resolution and a 178° wide viewing angle. An anti-glare coating ensures visibility in bright production areas. Meanwhile, wet-touch tracking keeps the screen responsive around moisture and condensation.

GPU Embedded Computers: Three Tiers of AI Compute

Cincoze’s GPU computation zone covered a broad spectrum of edge AI workloads. The GJ Series uses NVIDIA Jetson SoM GPUs. It handles entry-level inference tasks with low power draw. The GM-1100 Series features an MXM GPU module for mid-range AI workloads.

The high-end GP Series accommodates dual 300 W full-length GPU cards. It uses three patented designs for expansion, thermal management, and vibration resistance. It is built for intense industrial AI applications.

Takeaway

Cincoze's Automate lineup clearly illustrates the trajectory of industrial computing investment. The industry wants modular, scalable platforms, configured for the application, not forcing compromises. They maintain the rugged build quality that plant floors require. The MD-3000 proves a key point. Engineers no longer need to trade a DIN-rail form factor for desktop-grade performance.

More information on the MD-3000 Series and the full Cincoze portfolio is available at cincoze.com.