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The 5-Axis Servo Robot-Line Structure for Precision Industrial Automation represents a pinnacle of structural engineering and kinetic control. Upon the factory floor, its sleek, powder-coated white chassis operates with a whisper-quiet hum, a direct testament to the meticulously machined internal gearing and premium servo actuation. The tactile feedback of its reinforced linear guide rails exudes industrial-grade durability, ensuring that every multi-dimensional movement is executed with absolute rigidity and zero mechanical play. When integrated into an active, high-volume production environment, the robotic arm glides effortlessly through its programmed spatial trajectories, entirely eliminating the jerky, resonant vibrations commonly associated with conventional automated equipment. The visual craftsmanship is highly evident in the streamlined cable management and the robust line structure, which not only prevents wire fatigue over millions of cycles but also presents a clean, unobtrusive profile above the molding machinery. By translating complex spatial coordinates into fluid, continuous motion, this robotic system fundamentally transforms raw manufacturing potential into a highly orchestrated, continuous output of flawless components.
Mold | Battery capacity | Fit to IMM Tons | Vertical stroke (mm) | Right-left stroke (mm) | Horizontal stroke(mm) | Take out time | Cycle time | Max load (kg) | Weight (kg) |
EWD700S5 | 2KVA | 80-180 | 700 | 700 | 1300 | 3 | 6.5 | 3 | 190 |
EWD900S5 | 2KVA | 150-250 | 900 | 700 | 1300 | 3 | 6.5 | 5 | 220 |
EWD1100S5 | 3KVA | 220-350 | 1100 | 900 | 1780 | 4 | 10 | 5 | 350 |
EWD1300S5 | 4KVA | 320-450 | 1300 | 1280 | 1950 | 5 | 12 | 10 | 380 |
Engineered to resolve the most demanding challenges in modern manufacturing, this robotic system is built with an absolute focus on operational excellence. Every component is selected to ensure that your production line operates with minimal interruptions and maximum output.
Utilizing a true five-axis configuration, this robot achieves a significantly wider range of movements compared to traditional robotic arms, allowing for highly precise positioning in three-dimensional space during complex extraction operations.
Meticulously designed to integrate effortlessly with existing production lines, ensuring that manufacturing facilities can automate their processes without suffering significant downtime or requiring major alterations to their current equipment footprint.
Confidently manages payloads up to 10 kg without sacrificing kinetic speed or positional accuracy, making it exceptionally versatile for handling heavy automotive parts or thick-walled electronic housings.
The high-end servo motors deliver rapid acceleration and deceleration profiles while maintaining a remarkably low acoustic footprint, vastly improving the overall auditory environment of the factory floor.
The streamlined line structure minimizes the overhead spatial requirement, allowing for better ambient lighting penetration and easier overhead crane access within the facility.
Mold | A | C | D | E | G | H | I | K | M |
EWA700SS3 | 1400 | 470 | 1420 | 1240 | 2315 | 290 | 700 | 50 | 700 |
EWA900SS3 | 1460 | 485 | 1450 | 1300 | 2375 | 290 | 700 | 80 | 700 |
EWA1100SS3 | 1635 | 650 | 1660 | 1780 | 2750 | 310 | 950 | 120 | 735 |
EWA1300SS3 | 1750 | 710 | 2100 | 1950 | 3440 | 210 | 1280 | 140 | 785 |
EWA1500SS3 | 1950 | 710 | 2100 | 2250 | 3740 | 210 | 1280 | 140 | 785 |
To fully grasp the transformative impact of the 5-Axis Servo Robot-Line Structure, it is essential to evaluate its performance across multiple critical manufacturing dimensions. These integrated capabilities are specifically engineered to elevate facility output and minimize operational friction.
Maximizing output per hour is the cornerstone of profitable manufacturing. This system boasts an ultra-fast response time, achieving a minimum take-out time of just 3 seconds. By compressing the entire molding cycle to a mere 6.5 seconds, it perfectly matches the demanding rhythm of high-speed injection molding machines, drastically increasing daily yield while virtually eliminating defect rates caused by delayed thermal extraction.
Complex molds and specialized techniques, such as delicate insert molding or multi-face extraction, demand absolute spatial mastery. The 5-axis linkage provides unparalleled flexibility, navigating intricate three-dimensional spaces with pinpoint accuracy. This ensures that every grip, rotation, and placement is executed flawlessly, meeting the rigorous standards of high-precision industrial automation.
Deploying new equipment should never cause extensive facility paralysis. Featuring a highly adaptable design, this robotic unit seamlessly integrates with a broad spectrum of injection molding machines ranging from 80 to 450 tons. Its compact line structure guarantees a rapid deployment phase, allowing facilities to upgrade their automation capabilities with negligible production downtime.
High-speed operations subject machinery to intense kinetic stress. Constructed with a high-strength line structure, this robot maintains exceptional structural integrity even when maneuvering maximum payloads of 10 kg at top speeds. This rigid framework effectively absorbs and neutralizes mechanical vibrations, ensuring long-term durability and consistent, repeatable performance.
Diverse manufacturing portfolios require highly adaptable solutions. With a comprehensive model matrix (spanning from the EWD700S5 to the EWD1300S5) supporting payloads from 3 kg to 10 kg, this system is a highly versatile asset. It effortlessly handles everything from delicate 3C electronic housings and precision medical devices to substantial automotive components and large home appliance panels.
Advanced technology must remain highly accessible to the frontline workforce. The intuitive teach pendant and pre-configured standard program templates lower the operational barrier significantly. Floor operators can quickly master the system without extensive programming backgrounds, drastically reducing onboarding time and ongoing training expenditures.
Optimizing the total cost of ownership is a continuous priority for any facility. The highly efficient servo drive system operates on a minimal power capacity of 2KVA to 4KVA, delivering robust kinetic force while actively suppressing electricity consumption. Furthermore, the modular component layout simplifies routine inspections and expedites part replacements, keeping long-term maintenance costs strictly controlled.
Selecting the right automation partner goes beyond evaluating a single piece of equipment; it requires a commitment to long-term reliability, proven engineering expertise, and unwavering support. As a dedicated manufacturer of industrial robotics, we provide solutions that fundamentally secure your production capabilities.
Uncompromising Quality Control: Every robotic unit undergoes rigorous kinetic stress testing and laser-calibrated precision checks before leaving our facility, ensuring out-of-the-box readiness and zero-defect performance.
Deep Industry Expertise: With years of specialized focus on injection molding automation, our engineering team understands the nuanced demands of rapid cycle times and complex mold extractions far better than generalist equipment suppliers.
Transparent Supply Chain: We maintain complete control over our manufacturing process, from raw material sourcing to final assembly, guaranteeing consistent build quality and highly reliable lead times for large-scale facility deployments.
Responsive Technical Support: Our dedicated service infrastructure ensures that expert guidance is always available. From initial integration consulting to lifetime maintenance strategies, we actively protect your operational continuity.
To assist in your technical evaluation, we have compiled detailed responses to the most critical inquiries regarding the integration, performance, and upkeep of our 5-axis servo automation system.
The addition of two rotational axes allows the end-of-arm tooling to articulate in a full three-dimensional sphere. This is absolutely critical for complex tasks such as navigating around tie-bars, performing insert loading at unique angles, and executing multi-directional part drops, which a standard 3-axis Cartesian robot simply cannot achieve without secondary mechanisms.
The system is highly optimized for energy efficiency. Depending on the specific model and payload, the power capacity requirement ranges strictly between 2KVA and 4KVA. The regenerative braking technology within the servo drives further minimizes the net electrical draw during continuous 24/7 production cycles, significantly lowering utility overhead.
Yes, the structural design offers excellent forward compatibility. For instance, the EWD1300S5 model is fully capable of servicing machines up to 450 tons. The highly adjustable vertical and horizontal strokes (up to 1300mm and 1950mm respectively) provide ample clearance for a wide variety of machine platens and safety gates.
Maintaining peak kinematic performance requires minimal but consistent upkeep. We recommend bi-monthly lubrication of the linear guide rails and a quarterly tension check on the drive belts. The modular design allows these routine tasks to be completed in under 20 minutes, ensuring the rapid 3-second extraction speed remains constant over years of heavy use.
The human-machine interface (HMI) is specifically designed to eliminate the steep learning curve. It features a highly visual, touch-responsive teach pendant loaded with standard injection molding sequence templates. Operators simply input waypoints and adjust timers, allowing them to confidently program new mold routines within hours of initial training, bypassing the need for complex code generation.
