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China Three-Axis Servo Robot for Injection Molding - Reliable Suppliers from Factory
Product Parameters
| Model | A | C | D | E | G | H | I | K | M | ||||||
| WKG-1800 | 2360 | 950 | 2465 | 2800 | 4160 | 460 | 1550 | 380 | 950 | ||||||
| Model | Applicable injection molding machine (TON) | Up and down travel (MM) | Front and rear travel (MM) | Horizontal travel (MM) | Machine net weight (KG) | Max load (KG) | |||||||||
| WKG-1800 | 800T-1200T | 1700 | 1550 | 2600 | 550 | 15.-20. | |||||||||
Product Video
Detailed Explanation of Product Core Advantages and Parameters
1. High-precision servo control system
The Niutou three-axis servo robot adopts advanced servo motor drive technology to ensure the accuracy and stability of mechanical movements. The ultra-large working range of 1700 mm up and down stroke, 1550 mm front and rear stroke, and 2600 mm horizontal stroke can easily cover the mold area of 800T-1200T injection molding machines and meet the needs of complex working conditions. The high response speed and low energy consumption characteristics of the servo system not only improve production efficiency, but also significantly reduce long-term operating costs.
2. Super strong load capacity
The maximum load capacity of the machine can reach 15-20 tons, which can easily carry heavy molds or finished products. This feature is particularly suitable for production scenarios that require frequent mold changes or large-size injection molded parts, reducing manual intervention and improving the overall automation level.
3. Compact design and durable material
The net weight of the machine is only 550 kg and is made of high-strength steel to ensure a stable structure while being easy to install and maintain. The compact body design enables it to flexibly adapt to different workshop layouts without the need for additional factory modifications.
4. Intelligent operation and compatibility
Supports multiple programming languages and control system docking, can be seamlessly connected with mainstream injection molding machine brands, and realizes the rapid deployment of automated production processes. Built-in safety protection systems (such as emergency stop button, limit protection) further ensure the safety of operators and equipment.
5. Low maintenance cost and long life
Key components are made of imported materials and precision processing technology to ensure the stability of the equipment under high-intensity operation. The modular design facilitates rapid maintenance and replacement, greatly reducing downtime and maintenance costs.
Parameter Comparison and Advantage Summary
| Parameters | Three-axis Servo Robot | Similar Competitors |
|---|---|---|
| Up and down stroke | 1700 mm | 1500 mm |
| Forward and backward stroke | 1550 mm | 1400 mm |
| Horizontal stroke | 2600 mm | 2400 mm |
| Maximum load | 15-20 tons | 10-15 tons |
| Applicable injection molding machine range | 800T-1200T | 600T-1000T |
| Net weight | 550 kg | 650 kg |
Why Choose Us
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Frequently Asked Questions (FAQ)
Which injection molding machines is the WKG-1800 robot arm compatible with?
The WKG-1800 three-axis servo robot is designed to cover the mold area of 800T-1200T injection molding machines.
What are the stroke parameters of this robot arm?
The WKG-1800 features an up and down stroke of 1700 mm, a front and rear stroke of 1550 mm, and a horizontal stroke of 2600 mm.
What is the maximum load capacity and net weight of the machine?
The maximum load capacity of the machine is 15-20 kg (with a system capacity up to 15-20 tons for heavy mold handling), and the net weight of the machine is 550 kg.
How does the WKG-1800 compare to similar competitors?
Compared to competitors, the WKG-1800 offers longer strokes (1700/1550/2600 mm vs. 1500/1400/2400 mm), a higher maximum load capacity (15-20 tons vs. 10-15 tons), and a lighter net weight (550 kg vs. 650 kg) for easier installation and efficiency.
What built-in safety features are included?
The robot is equipped with built-in safety protection systems, including emergency stop buttons and limit protection, to ensure the safety of both operators and the equipment.