Silicon rod handling machine is a specialized handling equipment designed for the characteristics of silicon rod materials in the photovoltaic and semiconductor industries. It is mainly used for automated or semi-automatic handling of long, fragile, and high-value materials such as monocrystalline silicon rods and polycrystalline silicon rods.
1、 Product Overview
Silicon rod handling machine is a specialized material handling equipment designed for the transportation, loading and unloading, stacking and other operational scenarios of silicon rods (monocrystalline silicon rods, polycrystalline silicon rods). Silicon rods have the characteristics of long length, heavy weight, fragility, smooth surface, and high value. Conventional handling equipment cannot meet their special handling needs. As a professional manufacturer of handling equipment, OPK may develop customized solutions for silicon rod handling based on its existing product platforms such as stackers, platform vehicles, AGV chassis, etc., integrating specialized fixtures, positioning systems, protective devices, etc.
2、 Analysis of Product Core Advantages
The silicon rod handling machine aims to integrate strong power, convenient operation, and safety and reliability. Its core advantages are mainly reflected in:
1. Strong electric drive power: Adopting an electric hydraulic system to provide stable power for lifting and walking, it can effectively improve handling efficiency and reduce the operator's physical exertion.
2. Easily handle daily loads: With a maximum load-bearing capacity of 250 kilograms, it is capable of handling most daily material handling tasks in scenarios such as workshops and warehouses.
3. Effort saving and stability: OPK's products focus on the reliability and durability of core components. EDT-250 may have applied proprietary sensing assistance technology to achieve ultra effortless handling, especially suitable for women and the elderly to operate.
4. Comprehensive safety guarantee: The equipment may be equipped with highly secure operation control (auxiliary functions are only activated when holding the steering wheel, and will automatically brake when releasing the hand), as well as a reliable chassis structure, to jointly ensure operational safety.
3、 Main technical parameters (reference)
| project | Parameters/Description |
| Product Model | EDT-250 |
| Maximum load-bearing capacity | 250 kg |
| Power Type | electro-hydraulic |
| Battery Type | Lithium ion battery (specific parameters to be verified, reference brand similar products are 14.4V-2.5Ah) |
| Body material | High strength structure ensures durability and sturdiness |
| safety design | Possible ability to maintain operational control (release to brake) |
4、 Reasons for choosing us
Tired of the heavy physical lifting? The electric hydraulic power of EDT-250 can make it easy and effortless for you!
2. Worried about operational safety? Its possible grip activation and release braking functions add extra points to safety!
3. OPK's pursuit of core component quality and frame durability ensures stable load-bearing.
Choosing OPK EDT-250 means choosing an efficient, safe, and reliable handling experience!
5、 Selection and usage suggestions
When considering this device, here are a few suggestions for your reference:
1. Confirm specific requirements: Clarify the weight, size, and required lifting height of your daily cargo handling to ensure that EDT-250 can meet your operational requirements.
2. Verify detailed parameters: Due to limited publicly available detailed information, it is recommended to request the detailed technical specification sheet of EDT-250 from the seller before purchasing, and verify all parameters.
3. Pay attention to safe operation: Please read the operation manual carefully before use to understand all safety regulations. Pay attention to the surrounding environment during operation to ensure safety.
4. Understand after-sales service: inquire about the equipment's warranty policy, battery maintenance requirements, and the convenience of subsequent repair services.

