In the electronics manufacturing and repair sector, traditional rework processes often face pain points such as cumbersome operations, unstable temperature control, insufficient alignment accuracy, and easy product damage.
To address these challenges, Seamark has launched the ZM-R7880 desoldering and tin removal rework equipment, integrating tin removal, disassembly, and soldering functions. Its intelligent and precise design improves rework efficiency and product protection.
Precise tin removal without contact
Traditional desoldering operations can easily damage solder pads or components due to improper contact.
The ZM-R7880 from Seamark utilizes a non-contact vacuum desoldering system. Using real-time feedback from vacuum flow, it automatically adjusts the desoldering head height to maintain a safe clearance from the product. This design effectively reduces the risk of physical contact and is particularly suitable for rework of high-density, high-value PCB.
Closed-loop temperature control, more stable temperature
Temperature fluctuations are a key factor affecting rework quality. The ZM-R7880 from Seamark features three systems: infrared preheating, hot air heating for desoldering, and detinning heating. All utilize closed-loop temperature control technology, ensuring a precise temperature range of ±3°C, with overshoot and fluctuations no greater than 5°C.
Stable temperature control effectively reduces component damage and soldering defects caused by uneven temperatures, making it suitable for handling a wide range of sensitive components.
Fast programming and simplified operation process
To meet the needs of rework for a wide variety of small batches, the Seamark R7880 supports multiple recipe storage and one-click call-up, simplifying repetitive settings.
The desoldering route supports both CAD data import and CCD visual puzzle-assisted setting. Even for products without CAD files, desoldering areas can be planned by taking photos, significantly reducing programming time and adapting to rapid production changes.
Temperature curve recording to support process optimization
The device features a built-in temperature curve analysis function that can simultaneously display 10 temperature curves and automatically record the data for each heating period. Users can review and compare historical curves, providing a basis for process improvement and facilitating standardization and traceability of the production process.
Visual alignment, guaranteed accuracy
The equipment is equipped with a 200W high-definition camera vision alignment system, which can accurately locate components and solder joints, ensuring placement and desoldering accuracy. The CCD system also assists with path planning in complex areas, improving rework consistency and yield rate.
Widely applicable, comprehensive parameters
The Seamark R7880 is suitable for rework of all types of PCBs, supporting board sizes up to 450mm × 360mm and handling components ranging from 2mm × 2mm to 60mm × 60mm.
The Seamark R7880 is suitable for rework of all types of PCBs, supporting board sizes up to 450mm × 360mm and handling components ranging from 2mm × 2mm to 60mm × 60mm.
The Seamark R7880, with its integrated design and intelligent functionality, addresses the key issues of precision, efficiency, and safety in electronics rework.
Its features, including non-contact desoldering, closed-loop temperature control, visual alignment, and rapid programming, provide a reliable and efficient solution for electronics manufacturing and repair companies, helping them improve their processes and product quality.
Consult Seamark now to get exclusive customized solutions for your products!
