Engineered by a premier manufacturer of surgical instruments, providing direct-source advantages for medical facilities and global procurement networks.
Advanced Veterinary Traumatic Surgery Power Orthopedic Bone Saw designed for cranial, trauma, and complex veterinary procedures.
Certified by CE, FDA, and ISO 13485, ensuring strict compliance with international medical device standards.
Features a high-performance brushless motor and intelligent battery management for uninterrupted surgical workflows.
Fully autoclavable components with an IPX7 waterproof rating guarantee the highest level of infection control.
ND-1001
ruijin
Step into the future of surgical precision with our meticulously engineered Veterinary Traumatic Surgery Power Orthopedic Bone Saw. When held, the instrument presents a perfectly balanced, lightweight profile that feels like a natural extension of the surgeon's hand. It features a tactile, non-slip grip that ensures absolute structural control, even in moisture-heavy operating environments. The moment the advanced brushless motor engages, it emits a low, reassuring hum—registering at a whisper-quiet level below 65 decibels. This acoustic refinement indicates immense cutting power without the distracting noise pollution typical of conventional surgical power tools, allowing the surgical team to maintain clear communication.
The sleek, medical-grade stainless steel and aerospace-grade polymer construction not only exudes a premium, clinical aesthetic but also guarantees exceptional thermal resilience during rigorous daily sterilization cycles. By delivering a flawlessly smooth and highly controlled cutting action, this orthopedic saw minimizes mechanical and thermal trauma to surrounding bone and delicate soft tissues. This precise interaction significantly accelerates postoperative recovery times and improves overall clinical outcomes. Medical facilities integrating this advanced system will immediately notice a profound reduction in surgeon hand and wrist fatigue during grueling, multi-hour procedures, ultimately elevating the standard of care while streamlining operational efficiency and equipment management within the surgical suite.
Product name | Normal bone drill | Hollow drill | Grinding drill | Craniotomy drill | High torque joint drill |
Output power(w) | 80-200 | 130 | 130 | 130 | 150-200 |
Rotating speed(rpm) | 0-1200 | 0-1000 | 0-300 | 0-900 | 0-300 |
Noise(db) | ≤65 | ≤65 | ≤65 | ≤40 | ≤65 |
Disinfection(℃) | ≤135 | ≤135 | ≤135 | ≤135 | ≤135 |
Battery(v) | 14.4 | 14.4 | 14.4 | 14.4 | 14.4 |
Charging time(h) | 3 | 3 | 3 | 3 | 3 |
Our surgical bone saw system is meticulously crafted to address the most pressing challenges faced by modern surgical teams and equipment procurement managers. By focusing on the intersection of raw power, delicate precision, and long-term operational reliability, this device stands as a cornerstone instrument for high-volume medical facilities.
The architecture of this instrument prioritizes seamless integration into existing hospital ecosystems. From its universal blade compatibility to its rapid-charging infrastructure, every element is designed to minimize downtime and maximize surgical throughput. Procurement specialists will appreciate the exceptional build quality that drastically reduces the total cost of ownership over the device's lifecycle.
Universal Interface: Seamlessly adapts to existing hospital inventory, eliminating the need to overhaul current consumable stocks.
Rapid Deployment: Tool-free blade release mechanisms allow surgical nurses to swap attachments in under 10 seconds.
Thermal Management: Advanced heat dissipation ensures the handpiece remains comfortable to hold, even during extended operations.
Smart Power Delivery: The system automatically adjusts torque output based on bone density resistance, preventing stalling.
At the heart of this orthopedic saw lies a state-of-the-art brushless motor paired with advanced oscillating blade technology. This combination delivers an impressive 15,000 oscillations per minute, providing the surgeon with unparalleled cutting authority. The stepless adjustment allows for an amplitude range of 1 to 3mm, granting the operator the ability to dynamically adapt to varying bone densities encountered during complex trauma or veterinary procedures.
Precision is not just a metric; it is a clinical necessity. The device boasts a rigorous ±0.01mm blade alignment tolerance. This exactitude ensures that every cut is smooth and precise, drastically reducing the risk of micro-fractures or mechanical damage to underlying tissues. For surgical departments focused on improving patient recovery metrics, this level of controlled power is indispensable.
Stepless speed control for customized cutting dynamics.
Brushless architecture eliminates carbon dust and extends motor lifespan.
±0.01mm alignment guarantees flawless bone contouring and flap creation.
Optimized for both dense cortical bone and softer cancellous bone structures.
Power reliability is critical when patient outcomes are on the line. This system is driven by a robust 14.4V medical-grade lithium-ion battery designed specifically for the high-drain demands of orthopedic surgery. A single fully charged unit guarantees over 90 minutes of continuous, high-torque operation, easily accommodating lengthy, complex procedures without the anxiety of mid-surgery power depletion.
To support the fast-paced environment of emergency trauma units and busy veterinary clinics, the device features an intelligent battery management system. This ensures consistent, fade-free power output even as the battery approaches lower charge levels. Coupled with a 3-hour rapid-charging hub, surgical teams can maintain a seamless rotation of power sources for back-to-back operations.
High-capacity 14.4V Li-ion cells prevent voltage drops under heavy load.
90+ minutes of continuous runtime supports the most prolonged surgical cases.
Smart management chip protects against overcharging and thermal runaway.
3-hour rapid replenishment cycle ensures constant operational readiness.
Infection control is the bedrock of any reputable medical institution. This orthopedic bone saw is constructed from premium medical-grade stainless steel and advanced, heat-resistant polymers. Every component that enters the sterile field is fully autoclavable, withstanding extreme temperatures of 134-138°C. This ensures the absolute eradication of pathogens, meeting the most stringent global operating room protocols.
Furthermore, the main handpiece is engineered with an IPX7 waterproof rating. This critical feature allows sterilization technicians to confidently clean the device under direct running water, effectively removing biological debris before the autoclaving process. This dual-layer approach to hygiene thoroughly eliminates cross-contamination risks.
Certified for high-temperature, high-pressure autoclaving (134-138°C).
IPX7 hermetic sealing protects internal electronics during liquid submersion.
Crevice-free exterior design prevents the accumulation of biological matter.
Streamlines the workflow for central sterile services departments (CSSD).
A major pain point for healthcare procurement is the proprietary lock-in of surgical consumables. We have engineered this bone saw with a universal interface that offers flawless compatibility with industry-standard blades, including those from Stryker and Aesculap (ranging from 6-18mm in width). This strategic design choice significantly lowers the barrier to entry for hospitals utilizing multi-vendor equipment.
Beyond blade compatibility, the system is highly versatile across surgical disciplines. With the inclusion of a 5mm arthroscopic adapter and a tool-free quick-release mechanism that allows blade changes in under 10 seconds, the device seamlessly transitions between craniotomies, spinal decompressions, trauma plating, and intricate veterinary orthopedic interventions.
Accepts standard 6-18mm blades from major international brands.
Sub-10-second tool-free blade exchange enhances intraoperative efficiency.
Includes specialized adapters for minimally invasive surgical approaches.
Consolidates equipment needs across neurosurgery, orthopedics, and veterinary departments.
Surgeon fatigue is a recognized risk factor in prolonged medical procedures. Addressing this, our engineering team prioritized a radical lightweight design, bringing the main unit's weight down to a mere 0.85 kg. This optimal weight distribution prevents the instrument from feeling nose-heavy, allowing for delicate, paintbrush-like strokes during intricate cranial or pediatric procedures.
The cordless, wireless configuration completely eliminates the drag and spatial restrictions caused by traditional pneumatic hoses or power cables. Combined with a textured, non-slip grip that remains secure even when coated in surgical fluids, the device drastically reduces wrist strain and enhances the surgeon's tactile feedback and spatial mobility.
Ultra-light 0.85 kg chassis minimizes musculoskeletal strain on the operator.
Cordless freedom allows unhindered 360-degree movement around the operating table.
Ergonomic grip geometry is designed to accommodate various hand sizes comfortably.
Vibration-dampening internal mounts reduce hand numbness during extended use.
Patient safety is engineered into every millimeter of this device. The saw features an intelligent automatic torque limiting system capped at 19 Nm. If the blade encounters unexpected resistance that could lead to over-penetration, the system instantaneously regulates the power, preventing catastrophic plunging into delicate underlying structures like the dura mater or spinal cord.
Additionally, the system integrates a protective blade guard and supports a cooling irrigation system. This continuous flow of saline prevents localized thermal necrosis of the bone—a critical factor in ensuring successful bone graft integration and healing. These safety mechanisms make it exceptionally reliable for high-stakes pediatric neurosurgery and delicate veterinary operations.
19 Nm automatic torque limit prevents dangerous over-penetration.
Integrated blade guards shield adjacent soft tissues from accidental laceration.
Compatibility with cooling irrigation prevents bone thermal necrosis.
Highly responsive trigger allows for immediate emergency stops.
For medical equipment distributors and hospital purchasing directors, long-term value is just as important as clinical performance. The consumable blades are treated with a specialized Titanium nitride (TiN) coating. This aerospace-grade surface hardening significantly extends the blade's edge retention, allowing a single blade to perform flawlessly through 50 or more demanding procedures before requiring replacement.
By sourcing directly from a premier manufacturing facility, healthcare networks can bypass excessive markups. This direct pipeline ensures that clinics and animal hospitals receive top-tier, international-standard equipment while drastically reducing their annual capital expenditure and ongoing consumable procurement costs.
Titanium nitride coating ensures exceptional blade longevity (50+ surgeries).
Direct-from-manufacturer sourcing optimizes budget allocation for medical facilities.
Brushless motor design requires zero routine maintenance or carbon brush replacements.
High-durability battery cells maintain charge capacity over thousands of cycles.
Trust in medical instrumentation is built on rigorous testing and independent verification. This power orthopedic bone saw system is fully certified by the most demanding global regulatory bodies, holding CE, FDA, and ISO 13485 accreditations. These certifications guarantee that every unit rolling off the assembly line adheres to the highest standards of medical device manufacturing.
Our commitment to quality extends to strict internal quality control metrics, ensuring that parameters such as temperature rise during operation and acoustic output (≤65dB) consistently meet or exceed international Tier-1 standards. This provides global distributors, hospital networks, and surgical practitioners with an ironclad guarantee of reliability and safety.
FDA and CE marked for seamless integration into North American and European markets.
Manufactured under strict ISO 13485 medical quality management systems.
Comprehensive factory testing ensures out-of-the-box clinical readiness.
Backed by robust international warranty and technical support frameworks.
Selecting the right surgical equipment partner is a critical decision that impacts both clinical outcomes and institutional budgets. As a dedicated manufacturer with years of specialized experience in medical and veterinary surgical power tools, we bridge the gap between premium engineering and accessible procurement. We control the entire production ecosystem, from raw material sourcing to final rigorous clinical testing.
Partnering with us means securing a stable, reliable supply chain free from the unpredictable fluctuations of third-party intermediaries. We provide our global clients with comprehensive technical documentation, responsive after-sales support, and a commitment to continuous product innovation based on real-world surgical feedback.
Direct Manufacturer Access: Streamlined communication and optimized procurement structures for large-scale medical networks.
Uncompromising Quality Control: Every device undergoes multi-stage stress testing prior to dispatch.
Global Supply Chain Stability: Consistent inventory availability to meet the demands of international distributors.
Dedicated Technical Support: Expert engineering teams available to assist with equipment maintenance and training protocols.
Q: Can this orthopedic saw be utilized for minimally invasive spinal surgeries?
A: Yes, the system is highly adaptable and includes a specialized 5mm arthroscopic adapter, making it exceptionally well-suited for minimally invasive spinal decompression and other restricted-access procedures.
Q: What is the maximum cutting depth achievable with the standard blade attachments?
A: The saw is engineered to support a maximum blade depth of up to 18mm. This depth is optimal for the vast majority of cranial, spinal, and major veterinary orthopedic applications, ensuring thorough cuts without compromising underlying safety.
Q: Is the 14.4V lithium-ion battery compatible with charging stations from other major medical brands?
A: Absolutely. The battery architecture is designed for cross-platform compatibility and supports 14.4V lithium-ion chargers from major industry-leading brands such as Stryker and Conmed, facilitating easy integration into your current CSSD workflow.
Q: How does the system maintain blade sharpness over multiple dense bone resections?
A: The cutting accessories feature an advanced Titanium nitride (TiN) coating. This specialized treatment exponentially increases surface hardness and reduces friction, ensuring the blade maintains a surgical-grade edge for 50+ procedures.
Q: What are the specific sterilization protocols for the battery unit versus the main handpiece?
A: The main stainless steel handpiece and all surgical-contact attachments are fully autoclavable at 134-138°C. However, to preserve the chemical integrity of the lithium-ion cells, the battery pack itself utilizes a specialized sterile transfer shield system, allowing the unsterilized battery to be safely introduced into the sterile field without undergoing high-temperature autoclaving.
