Focused on industrial robots, educational robots, AI vision and automation applications — providing robot products, supporting equipment and scenario-based solutions for manufacturers.
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The ZKBOT-4090H is a high-speed 4-axis industrial robot with a 3kg payload designed for small automation production lines. Featuring a lightweight aluminum structure, absolute servo motors and ±0.05mm repeatability, it supports drag teaching and no-code programming. The robot integrates easily with machine vision systems for pick and place, metal stamping machine tending, sorting and material handling automation.
Focusing on typical processes such as loading, picking, sorting, inspection and palletizing, we combine robots, vision and supporting equipment to deliver automation applications that fit real production needs.
Addressing loading, picking and inspection process needs by combining robots with supporting equipment to raise production automation levels.
Covering part handling, loading and inspection scenarios, adaptable to rapid changeover and flexible production needs.
Suited to automated scenarios such as picking, assembly, inspection and sorting of precision parts.
Applicable to repetitive operations such as packaging, sorting and handling, raising automation levels in production.
Suited to machine tending, workpiece handling, sorting and similar application scenarios.
Suited to repetitive operations such as pick-and-place, handling, packaging and palletizing.
Further evaluating possibilities for robot and vision automation based on different products and process conditions.
From requirement discussion, solution evaluation, design, integration and commissioning to delivery and support — running every automation retrofit project in a standardized way.
Listen to process pain points
, clarify products, cycle time and goals
Assess feasibility based on
, payload and space constraints
Robot selection
, gripper and workstation design
Equipment assembly
, control and system integration
Per project plan
, program debugging and online testing
As agreed
, complete testing and delivery
Operator training
, 6×8 hours technical support
ZEKEEP Technology
Focused on Robotics & Automation
Focused on robot products, AI vision and automation applications, continuously improving product capability and project delivery.
Continuous R&D in robot motion control, drives and related software, driving ongoing product iteration.
Covering industrial robots, educational robots and research applications with different product options.
Vision-based positioning, inspection and recognition working with robots to enhance automation capability.
Combining robots, grippers, conveyors and other supporting equipment for specific processes.
Project-based installation, commissioning, operator training and technical support.
Continuously building automation experience across 3C, hardware, injection molding and other manufacturing scenarios.
From robot products to automation applications, we continue to serve manufacturing customers and industry-education partners.
From robot products to automation workstations — see real applications across different manufacturing scenarios.
Explore Day 1 of the ZEKEEP Robotics Engineering Camp! Students move beyond syntax-only coding to master circuit wiring, stepper motor drivers, sensor telemetry, and authentic engineering troubleshooting.
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Transform from writing basic code to building fully functional engineering projects! The ZEKEEP Summer Robotics & Industrial AI Camp equips students (Grades 4–11) with industrial-grade hardware, AI computer vision, PCB design, and technical presentation skills for top-tier STEM competitions.
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Overcome the bottlenecks of custom automation with ZEKEEP’s Vision-Language-Action (VLA) framework. Eliminate costly custom fixturing, slash SKU changeover times through one-shot demonstration, and maintain industrial-grade precision in dynamic production environments.
Explore the origins and evolution of industrial robotic arms. Discover how 1940s nuclear teleoperation, George Devol’s 1954 teach-and-repeat patent, and the 1962 Unimate revolutionized automated manufacturing.
Discover the evolution of desktop robotic arms. From kinematics and drag-and-teach programming to advanced actuators, AI-driven control, and visual servoing, explore how compact manipulators are unlocking new frontiers in automation and research.
Leave your contact information and process requirements. We will provide preliminary product selection and solution suggestions based on your actual application scenarios.
"Focused on industrial automation technology, serving manufacturing enterprises.
Crafting quality with dedication, reducing costs and increasing efficiency with technology."
