Engineered for high-duty continuous operation in Tashkent, Samarkand, and Navoi industrial free economic zones.
Analyzing the structural transition toward automated plastic transformation, automotive manufacturing, and high-efficiency export infrastructure in Central Asia.
Uzbekistan has emerged as the principal manufacturing and logistical heartbeat of Central Asia. Under the national strategic roadmap "Uzbekistan — 2030", the government has instituted comprehensive reforms designed to modernise light and heavy manufacturing, diversify away from raw material reliance, and promote localized downstream production. Special Economic Zones (FEZs) such as Navoi, Angren, Tashkent Technopark, and Chirchiq are rapidly expanding their operational footprints.
Central to this expansion is the plastic processing and polymer transformation sector. As global supply chains realign, local manufacturers are shifting from legacy semi-manual processing machines to high-speed, fully automated servo robotics. Factory managers across Uzbekistan face pressing requirements: mitigating rising local labor overheads, eliminating operational safety hazards during manual part removal, ensuring continuous 24/7 production stability, and meeting exact quality tolerances mandatory for international export standards.
Rapid growth in municipal civil infrastructure, agricultural drip-irrigation systems, consumer goods packaging, and automotive manufacturing (Asaka Automotive Cluster) requires high-tonnage injection molding machinery coupled with ultra-precise take-out robotics.
Uzbekistan’s preferential customs regimes for capital equipment imports have created an unparalleled window for factory owners to upgrade capital infrastructure with top-tier Chinese high-precision robotics, capturing immediate margins.
With industrial energy pricing structures adjusting toward market rates in Central Asia, the deployment of energy-efficient AC servo robotic systems offers up to 30% electrical power conservation compared to older pneumatic manipulators.
Architecting multi-axis kinematic systems designed to achieve cycle-time suppression and precise micro-positioning repeatable accuracy.
Modern injection molding automation demands seamless interaction between the Injection Molding Machine (IMM), the primary robot manipulator, down-stream quality inspection stations, and automatic boxing/packaging equipment. As a world-class designer and factory manufacturer, Zhejiang Zhiyi Intelligent Robot Co., Ltd. addresses complex manufacturing bottlenecks by engineering high-payload 3-axis and 5-axis servo-driven robotic architectures.
| Robotic Kinematic Class | Applicable IMM Tonnage Range | Payload Capacity (kg) | Dry Cycle Speed (sec) | Primary Uzbek Industry Application |
|---|---|---|---|---|
| 3-Axis Servo Single Arm (WKG Series) | 100T – 450T IMM | 3 - 8 kg | ≤ 0.8s (Take-out) | Household plastic containers, cutlery, small caps, junction boxes. |
| 3-Axis Bullhead High-Load Series | 500T – 1500T IMM | 10 - 25 kg | ≤ 1.2s (Take-out) | Automotive interior panels, large crates, TV frames, trash bins. |
| 5-Axis Dual-Arm Dual-Section Series | 250T – 1200T IMM | 5 - 15 kg | ≤ 0.9s (Take-out) | Complex In-Mold Labeling (IML), medical components, double-shot molding. |
| Heavy-Duty Ultra Tonnage Servo Systems | 2000T – 2300T IMM | 30 - 50 kg | ≤ 2.1s (Take-out) | Automotive bumpers, industrial pallets, large municipal pipe fittings. |
Eliminating signal latency, our robots utilize high-speed EtherCAT digital communication for precise synchronization between axis motions, ensuring mold protection sensitivity down to 0.1 mm.
Constructed using extruded aviation-grade aluminum profiles and structural steel framing, minimizing arm inertia, reducing vibration, and optimizing motor torque response.
Versatile end-of-arm tooling (EOAT) modules customized with pneumatic vacuum circuits, mechanical jaw clamping, and optical presence detection sensors.
Tailored robotic implementation packages serving key regional manufacturing hubs from Fergana Valley to Samarkand.
The Uzbek automotive manufacturing sector requires stringent international quality compliance, zero defect rates, and strict tact times. Our high-tonnage 3-axis and 5-axis servo robots work synchronously with large-scale IMMs to automate the extraction, degating, and trimming of automotive interior door panels, dashboards, lighting housings, and exterior trim components. Automated robotic extraction preserves part aesthetics by eliminating human handling marks and thermal deformation.
Zhiyi Intelligent Robot started its history perfecting high-efficiency automation for thermos vacuum flasks, food storage containers, and kitchen accessories. In Tashkent’s booming consumer plastic products industry, our fast-side entry and vertical take-out robots achieve ultra-short cycle times, automatically transferring molded parts directly to downstream conveyor belts, automated packaging machines, or stacking modules.
As Uzbekistan modernizes its agricultural infrastructure, local production of drip irrigation emitters, pipe joiners, valves, and electrical junction boxes has reached historical highs. Our multi-cavity extraction robots ensure that dozens of micro-fittings are safely removed from complex molds simultaneously without runner damage or cavity retention errors.
Meeting stringent hygienic standards, Zhiyi cleanroom-ready servo robots utilize grease-free linear guides and enclosed cable tracks. They handle continuous production of sterile syringe bodies, petri dishes, blood collection tube caps, and pharmaceutical closures without risk of airborne oil mist contamination.
Pioneering intelligent manufacturing transformation with unmatched R&D capabilities, proprietary patent portfolios, and global exporter reach.
Established in 2017, Zhejiang Zhiyi Intelligent Robot Co., Ltd. quickly rose to prominence as a high-tech national enterprise in China. Rooted in deep control system research and precision mechanical engineering, our growth trajectory expanded from early truss manipulators to state-of-the-art 3-axis/5-axis servo robots and fully automated packaging lines.
Today, our technical R&D institute consists of veteran mechatronic engineers and software specialists. Through active academic-industry research collaborations, we continuously refine controller responsiveness, sensor integration, and visual defect identification systems.
Recognizing the specific requirements of international buyers, Zhiyi has deployed an elite foreign trade service department. We offer end-to-end integration support tailored to the Central Asian market—ranging from pre-sale factory floor layout simulation and custom EOAT design to seamless customs clearance documentation, international shipping compliance, and remote or onsite commission support.
Overcoming operational challenges through dedicated electrical adaptation, localized spares inventory, and cross-border technical service.
Industrial power grids in certain regional industrial zones across Central Asia may experience voltage fluctuations. Zhiyi robots exported to Uzbekistan are equipped with wide-range voltage tolerance control cabinets (380V ±10%, 50Hz) standard with EMI filtering and surge suppression modules to guarantee uncompromised 24/7 microprocessor stability.
All Zhiyi robotic systems and automatic packaging units strictly conform to European CE safety directives and Eurasian Economic Community (EAC) compliance standards, facilitating smooth customs clearance and rapid factory safety approval in Uzbekistan.
Operator panels feature intuitive handheld teach pendants with full language localization options, including Russian, English, and Chinese, enabling local factory technicians in Uzbekistan to program pick-and-place positions effortlessly within minutes.
To eliminate costly factory downtime, Zhiyi maintains strategic reserves of wear parts, pneumatic fittings, servo drives, and controllers ready for air dispatch. Furthermore, all units can be optioned with integrated IoT remote diagnostic gateways, allowing our senior engineers in China to assist your local maintenance team in real-time via encrypted cloud connections.
Building the foundation for smart digital factories and zero-emission automated manufacturing environments.
Zhiyi is pioneering the integration of 2D/3D AI machine vision systems directly onto the robotic arm EOAT. As parts are extracted from the mold cavity, high-resolution cameras inspect critical dimensions, flash presence, color consistency, and short-shots in real time. Defective parts are automatically diverted to segregation bins without slowing down the primary injection molding machine cycle.
Before equipment arrives on site in Tashkent or Samarkand, our engineers utilize Digital Twin software to model the entire factory cell. This enables complete collision checking, trajectory optimization, and exact cycle-time prediction prior to physical deployment, cutting factory commissioning times by over 60%.
Our latest generation of 3-axis and 5-axis servo drives feature kinetic energy recovery systems (KERS). Braking energy generated during high-speed deceleration vectoring is recaptured and redirected back into the power bus, drastically lowering overall factory kilowatt-hour usage and assisting Uzbek manufacturers in fulfilling global sustainability audits.
Addressing key technical, logistical, and commercial inquiries regarding injection molding robotic procurement.
Precision-crafted automation machinery certified for export to Uzbekistan and worldwide industrial sectors.
ZHIYI Robotics
