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| Tên thương hiệu: | PRAY-MED |
| Số mẫu: | 8215-000-000 |
| MOQ: | 1 CÁI |
| Giá: | as the quantity |
| Chi tiết bao bì: | hộp cá nhân |
| Điều khoản thanh toán: | T/T, Công Đoàn Phương Tây |
| Model |
8215-000-000 |
| Battery Type | Rechargeable Li-lon Battery |
| Voltage | 9.9V |
| Capacity | 21.8wh |
| Batteries core brand | PRAY-MED |
| Warranty | 12 months |
I. Product Introduction
The Stryker System 8 Large Battery 9.9V 21.8Wh 8215-000-000 is a high-performance rechargeable battery specifically
designed for the Stryker System 8 surgical power system. Renowned for its exceptional energy output and high durability,
this battery is widely used in orthopedic, neurosurgical, and trauma surgeries, providing surgeons with continuous and
stable power support.
II. Genuine Product Guarantee – Stable and Reliable Performance Core
This battery is manufactured by Stryker, employing rigorous quality control and advanced cell technology to ensure that
every battery meets medical-grade performance standards.
III. High Energy Density Design – Providing Sustained Power for Intensive Surgical Procedures
The battery features a 9.9V voltage and a high capacity of 21.8Wh, providing continuous power support during prolonged
surgeries.
IV. Fast Charging Technology – Enhancing Medical Efficiency
The Stryker System 8 Large Battery supports the Stryker fast charging system, significantly reducing charging time and
allowing devices to be used again in the shortest possible intervals.
V. Rugged and Durable Housing – Withstanding Harsh Medical Environments
The battery housing is made of high-strength engineering plastics, possessing excellent impact resistance and abrasion
resistance, capable of withstanding frequent insertions and removals and impacts during transportation.
VI. Easy Installation and Removal – Quick Replacement, Saving Surgical Time
The Stryker battery features a quick-release snap-on interface design, allowing for installation and removal in seconds.
Doctors or nurses can replace the battery without complicated procedures, greatly improving clinical efficiency. This design
also ensures connection stability, avoiding power outages caused by loosening or poor contact, guaranteeing continuous
power supply during surgery.
