echoloc

河南元极科技有限公司 Tech Stack

Custom equipment design and embedded systems development

郑州, 河南

河南元极科技 is an engineering-focused team in Zhengzhou building custom industrial equipment with embedded software. The stack spans CAD tools (AutoCAD, SolidWorks, Altium, Cadence), computer vision (OpenCV, VisionPro), and deep learning (TensorFlow, PyTorch, Caffe) — a mix that points toward vision-based automation or inspection systems. Minimal hiring velocity and a pipeline centered on product quality and operational efficiency suggest a scaling phase focused on internal execution rather than headcount growth.

Tech Stack 19 technologies

Core StackAutoCAD SolidWorks C++ C# SOLIDWORKS TensorFlow PyTorch Python MATLAB Linux Windows OpenCV VisionPro Caffe C/C++ Axure RP Altium Cadence C

What 河南元极科技有限公司 Is Building

Challenges

  • Improving product quality
  • Improving work efficiency

Active Projects

  • 非标设备开发设计
  • 设备开发过程的项目管理
  • 主导设备技术要求的制定
  • New product embedded software development
  • Design improvement of existing products

Hiring Activity

Minimal9 roles · 0 in 30d

Department

Engineering
8
Product
1

Seniority

Mid
4
Manager
2
Senior
2
Junior
1
Company intelligence

Find more companies like 河南元极科技有限公司 by tech stack, pain points and active projects

Get started free

About 河南元极科技有限公司

河南元极科技 develops custom industrial equipment and embedded systems, headquartered in Zhengzhou, Henan. Their active project portfolio includes nonstandard equipment design, product embedded software development, and continuous design iteration on existing systems. The team operates across mechanical engineering (CAD/simulation), software development (C++, C#, Python), and project management, with stated focus on improving product quality and work efficiency.

Headquarters郑州, 河南
Hiring MarketsChina

Frequently Asked Questions

What tech stack does 河南元极科技 use?

AutoCAD, SolidWorks, C++, C#, Python, TensorFlow, PyTorch, OpenCV, VisionPro, Windows, Linux, MATLAB, and CAD tools (Altium, Cadence).

What is 河南元极科技 working on?

Custom equipment design, embedded software development, product design improvement, and technical requirements definition for equipment systems.