BRTYZGT02S2B - industrial robotic arm for die casting
Short Description
Main Specification
Arm Length (mm): 350
Repeatability (mm):
Loading Ability (kg): 4.5
Power Source (kVA): 0.61
product type robot is a two-axis robot developed by BORUNTE. It adopts a new drive control integrated control system, with fewer signal lines and simple maintenance. It is equipped with a handy mobile hand-held operating teaching pendant; the parameters and function settings are clear, and the operation is simple and fast. The whole structure is driven by a servo motor and RV reducer, which makes the operation more stable, accurate, and efficient.
| Applicable to die casting machine | 160T-400T |
| Msnipulator Motor Drive(kW) | 1kW |
| Tableapoon Motor Drive(kW) | 0.75kW |
| Arm reduction ratio | RV40E 1:153 |
| Ladle reduction ratio | RV20E 1:121 |
| Max.loading(kg) | 4.5 |
| Recommended tableapoon type | 0.8kg-4.5kg |
| Tableapoon Max(mm) | 350 |
| Recommended height for smelter(mm) | ≤1100mm |
| Recommended height for smelter arm | ≤450mm |
| Cycle Time | 6.23 (within 4s, the arm standby position starts to descend until the soup is injected) |
| Main control power | AC Single phase AC220V/50Hz |
| Power Source(kVA) | 0.93kVA |
| Dimension | length, width and height(1140*680*1490mm) |
| Weight(kg) | 220 |
No further notice if the specification and appearance are changed due to improvement and other reasons. Thank you for your understanding.
Precautions for Storage and Handling Caution:
Do not store or place the machine in the following environment, otherwise it may cause fire, electric shock or machine damage.
1. Places exposed to direct sunlight, places where the ambient temperature exceeds the storage temperature conditions, places where the relative humidity exceeds the storage humidity, or places with large temperature differences or condensation.
2. Places close to corrosive gas or flammable gas, places with a lot of dust, salt and metal dust, places where water, oil and medicine drip, and places where vibration or shock can be transmitted to the subject. Please do not grab the cable for transportation, otherwise it will cause damage or failure of the machine.
3. Do not stack too much products on the machine, otherwise it may case machine damage or failure.
Product Description
Compact Two-Axis Robot for Precise Automation Tasks
The product targets manufacturing environments requiring compact and reliable automation solutions. Designed for engineers and system integrators, this industrial robotic arm operates effectively within die casting facilities ranging from 160T to 400T. Its two-axis configuration minimizes footprint while maintaining a 4.5 kg payload capacity, making it suitable for precision small-part handling and packaging processes. This solution supports streamlined robotic packaging solutions operations through easy-to-use handheld teaching pendant controls, helping manufacturers enhance overall system efficiency.
Servo-Driven Precision and Measurable Specifications
Equipped with an integrated drive control system using servo motors and RV reducers, the product achieves highly stable and accurate movement with minimal wiring complexity. It incorporates a 1 kW manipulator motor and 0.75 kW table drive, with reductions of RV40E 1:153 and RV20E 1:121 ensuring refined torque and speed control. Operating on a 220V/50Hz supply with a compact footprint (1140 x 680 x 1490 mm) and weighing 220 kg, its repeatable cycle time of 6.23 seconds promotes dependable throughput, suitable for industrial robotic arm applications requiring consistent performance under high utilization rates.
Industrial Applications Enhancing Process Integration
This robotic arm excels in automating tasks within die casting, coil processing, and component handling sectors. By integrating seamlessly with existing production lines, it supports enhanced robotic packaging solutions workflows, reducing manual intervention and boosting line efficiency. Its lightweight, robust design facilitates repetitive motion tasks typical in manufacturing scenarios, offering tangible ROI through reduced labor costs and improved safety compliance. As a product from reputable robotic arm manufacturers, it underscores cutting-edge automation adaptability for competitive industries.
Product Advantages
Design and System Integration Benefits
The product features a streamlined servo-driven motion system integrated with a new drive control mechanism that reduces signal lines, simplifying wiring and maintenance. The compact two-axis configuration enables flexible installation in constrained spaces, optimizing floor space without sacrificing payload capacity. Constructed with precision RV reducers, this industrial robotic arm assures high torsional rigidity and stability, enhancing durability under continuous operational demands. Such design considerations position it as an effective element within advanced robotic packaging solutions deployed by leading robotic arm manufacturers.
Operational Efficiency and User-Friendly Control
Performance-wise, the product provides rapid cycle times and reliable motion accuracy, essential for high-speed automation tasks. The handheld teaching pendant streamlines parameter setting and function programming, significantly reducing operator training time and setup errors. Its servo motor-driven architecture ensures smooth and quiet operation with increased energy efficiency. For end users, this yields measurable improvements in production throughput and process repeatability, proving the system’s value in industrial robotic arm applications where precision and quick adaptability are critical.
Use Scenarios
Automation Enhancement in Die Casting Environments
In die casting manufacturing lines, the product functions as an integral component for small-part handling and machine tending tasks. It operates within the 160T to 400T press range, managing material transfer with precision and speed. Its servo-driven accurate motion and low-maintenance design improve overall line uptime and production consistency. As part of robotic packaging solutions, it integrates directly with press controls and safety systems, ensuring compliance while facilitating automated workflows that replace manual operations in hazardous environments.
Integration for Rapid Prototype Testing and Parameter Configuration
This industrial robotic arm is also suited for R&D and engineering facilities focusing on rapid prototype validation and tooling demonstrations. The handheld teaching pendant enables engineers to quickly configure motion parameters and test end-of-arm tooling performance under realistic cycle times. Its simplified wiring and modular drive control system support flexible integration with existing automation platforms, enhancing development efficiency. Implementing this robotic arm supports robotic packaging solutions by refining product designs through precision motion control and ease of system commissioning.
What is the maximum payload and operational reach of the product?
Our product robot supports a payload of up to 4.5 kg with an arm length of 350 mm. This capacity ensures precise handling for small-part manipulation and die-casting tasks, suitable for industries seeking reliable industrial robotic arm solutions.
Does the product include a handheld teaching pendant for programming?
Yes, the product comes equipped with a handheld teaching pendant that simplifies programming, making parameter settings and function adjustments straightforward. This feature enhances ease of operation for industrial applications requiring flexible robotic arm manufacturers solutions.
Can the product robot be customized for specific production requirements?
We offer customization options based on your production needs. Whether adjusting cycle time or integration parameters, our team supports tailored adaptations to optimize performance within your automated systems using our reliable industrial robotic arm technology.
What are the power supply requirements and maintenance features of this robot?
The product operates on AC 220V/50Hz with a power consumption of approximately 0.61 kVA. Its integrated drive control reduces wiring complexity, facilitating simpler maintenance and fault detection for sustained high uptime in automated packaging or handling environments.
