Drill Bits

This double‑ended drill sleeve accommodates both 3.2mm and 4.5mm drill bits and tap guides for cortical screw placement and malleolar screw fixation. The interchangeable design reduces inventory while supporting precise screw positioning through pre‑drilled cortical pathways. Stainless steel construction ensures durability across hundreds of orthopedic fixation cases.

Features & Benefits

• Dual‑end design suits 3.2mm and 4.5mm drill bits
• Tap guides for 4.5mm cortical and malleolar screws
• Reduces instrument inventory while improving accuracy
• Stainless steel for reliable clinical use

This 2.5mm quick‑connect drill bit accommodates standard orthopedic drilling systems and features a 110mm total length with 85mm working shaft. The slightly larger diameter suits pilot drilling for medium‑bore fixation screws in spine and major orthopedic work. Stainless steel construction ensures reliable performance across extended clinical use.

Features & Benefits

• 2.5mm diameter for medium orthopedic screw drilling
• Quick‑connect head fits standard drill systems
• 110mm total length with 85mm working shaft
• Built for reliable clinical durability and performance

This quick‑connect 2.7mm drill bit is designed for intramedullary canal preparation and bone fixation in orthopedic procedures. The 110mm shaft delivers adequate reach for deep femoral or tibial work, while the straight geometry maintains consistent bore trajectory. Stainless steel construction ensures durability across repeated sterilization cycles and multiple cases.

Features & Benefits

• Quick‑connect interface for rapid handpiece coupling
• 2.7mm diameter for controlled intramedullary access
• 110mm length supports deep skeletal fixation
• Stainless steel resists corrosion over many surgical uses

This 2mm quick‑connect drill bit fits standard orthopedic drill systems and features a 110mm total length with 75mm working shaft. The precise diameter suits pilot drilling for small‑diameter screws in hand surgery and delicate orthopedic work. Stainless steel flutes resist dulling across hundreds of drilling cycles.

Features & Benefits

• 2mm diameter fits hand and delicate orthopedic drilling
• Quick‑connect head for standard drill systems
• 110mm total length with 75mm working shaft
• Stainless steel flutes for repeated use

This SQC 1.5mm drill bit is sized for pilot hole creation in fine-bore orthopedic applications, including ligament and small-fragment fixation. The 85mm total length with 18mm working depth supports precise trajectory control in compact surgical fields. SQC (surgical quality carbide) construction delivers consistent cutting geometry through repeated sterilization.

Features & Benefits

• 1.5mm diameter for pilot holes in ligament and fine-fragment work
• SQC carbide tip maintains consistent cutting edge over repeated use
• 85mm total length with 18mm working depth supports precise positioning
• Ideal for anterior approach and minimally invasive orthopedic cases

The 2.2mm SQC drill bit offers stepped-up diameter for transitional screw-hole preparation in polyaxial and variable-angle fixation systems. At 110mm length with 32mm working depth, it provides margin for staged drilling protocols in cancellous bone. Carbide construction resists thermal fatigue during repeated high-speed intraoperative use.

Features & Benefits

• 2.2mm diameter for transitional and polyaxial screw-hole work
• SQC carbide tip maintains consistent geometry under repeated use stress
• 110mm length with 32mm working depth supports staged drilling sequences
• Suitable for femoral neck and metaphyseal fixation

This compact 2.5mm SQC bit provides intermediate reach for standard-depth metaphyseal and diaphyseal drilling. The 110mm length with 32mm working depth balances reach with control, supporting consistent hole placement in proximal humerus, femur, and tibia fixation. Carbide construction resists wear during high-volume orthopedic case loads.

Features & Benefits

• 2.5mm diameter for metaphyseal and diaphyseal screw preparation
• SQC carbide tip maintains edge sharpness through repeated use
• 110mm shaft with 32mm working depth optimizes reach and control
• Designed for proximal humerus, femoral, and tibial fixation

This longer 2.5mm SQC bit extends reach into intramedullary canals and posterior vertebral body positions during spinal fusion and long-bone repair. The 180mm shaft with 32mm working depth enables multi-stage drilling through soft tissue layers and dense cortical bone. Carbide edge geometry remains consistent across repeated cases.

Features & Benefits

• 2.5mm diameter for intramedullary and vertebral access drilling
• SQC carbide preserves cutting geometry through repeated sterilization
• 180mm extended length reaches posterior spine and deep femoral positions
• 32mm working depth provides safety margin during canal engagement

The 2.7mm SQC bit accommodates larger-gauge screw-hole preparation and cannulated systems in trabecular and metaphyseal bone. At 100mm length with 29mm working depth, it reaches common orthopedic exposure depths while preserving margin for bone-layer variation. Carbide edge maintains geometry across repeated sterilization and use cycles.

Features & Benefits

• 2.7mm diameter for larger-gauge screw and cannulated system preparation
• SQC carbide resists thermal stress and maintains consistent edge
• 100mm length with 29mm working depth suits metaphyseal access
• Suitable for femoral neck and proximal tibia fixation

The 2mm SQC drill bit bridges fine-fragment and standard screw-hole preparation in orthopedic fixation. At 100mm total length with 21.5mm working depth, it provides adequate reach and working margin for midline and lateral exposures. Carbide tip construction maintains edge geometry across repeated sterilization cycles in high-volume settings.

Features & Benefits

• 2mm diameter for standard fragment and screw-hole preparation
• SQC carbide preserves cutting performance through repeated sterilization
• 100mm length with 21.5mm working depth supports varied exposure angles
• Suitable for metaphyseal and diaphyseal bone drilling

This extended 2mm SQC drill bit accommodates deeper intramedullary canal and vertebral body access. The 125mm shaft with 21.5mm working depth enables surgeons to reach through layered soft tissue and create pilot holes in cancellous bone without loss of trajectory. Carbide construction ensures consistent performance across surgical site variations.

Features & Benefits

• 2mm diameter for intramedullary and deep vertebral canal drilling
• SQC carbide tip maintains sharpness through repeated cases
• 125mm extended length reaches deep intramedullary applications
• 21.5mm working depth provides adequate bone purchase feedback

This 3.5mm SQC bit provides primary screw-hole drilling for standard-gauge fixation in metaphyseal and diaphyseal bone. The 110mm length with 41.5mm working depth supports varied tissue depth and enables multi-stage drilling through cortical layers. Carbide construction maintains consistent cutting geometry under intraoperative loads.

Features & Benefits

• 3.5mm diameter for standard-gauge screw-hole preparation
• SQC carbide preserves edge geometry through repeated sterilization cycles
• 110mm length with 41.5mm working depth accommodates soft tissue variation
• Ideal for proximal femoral, tibial, and humeral fixation

This extended 3.5mm SQC bit reaches deeper intramedullary positions and posterior vertebral body sites during revision and spinal fusion cases. The 195mm shaft with 50mm working depth provides maximum reach while maintaining adequate margin for cortical breakthrough and trajectory control. Carbide tip geometry resists fatigue stress.

Features & Benefits

• 3.5mm diameter for deep intramedullary and vertebral access drilling
• SQC carbide maintains consistent cutting geometry over extended use
• 195mm extended shaft reaches posterior spine and revision sites
• 50mm working depth provides superior margin for canal engagement

The 4mm SQC bit supports large-diameter screw-hole and intramedullary reaming applications in revision and structural bone repair. At 195mm length with 40mm working depth, it reaches deep cancellous and medullary sites while maintaining trajectory control. Carbide construction provides consistent performance through extended operating room use.

Features & Benefits

• 4mm diameter for large-gauge screw and reaming applications
• SQC carbide resists wear and maintains edge under revision case loads
• 195mm length enables deep femoral and spinal access
• 40mm working depth supports multi-stage drilling sequences

Jacobs chuck orthopedic drill bits accommodate threaded chuck coupling for instruments configured with traditional drill handpieces. The 1.5mm flute threads fine pilot holes during delicate wrist, ankle, and small fragment fixation, and the 70mm overall length with 30mm working dimension suits confined surgical approaches. Reusable stainless steel maintains edge sharpness across repeated procedures.

Features & Benefits

• 1.5mm flute for fine pilot holes in delicate bone
• Jacobs chuck coupling for traditional handpieces
• 70mm overall with 30mm working dimension
• Compact size suited for small fragment fixation

This 2mm orthopedic drill bit with a Jacobs chuck fitting at 85/38mm working geometry drills cortical bone for screw, pin, and wire placement during orthopedic fixation. The Jacobs chuck fitting accepts the bit into standard hand and power drills.

Features & Benefits

• 2mm cutting diameter for cortical bone drilling
• Jacobs chuck fitting for standard drill drivers
• 85/38mm working geometry for orthopedic depths
• Stainless construction supports routine reprocessing

Compact Jacobs chuck drill bits reduce overall length to 106mm while maintaining a 3.2mm flute for pilot hole creation in confined anatomic spaces during wrist, ankle, and hand fracture fixation. The 48mm working dimension accommodates limited surgical approaches, and the Jacobs coupling permits efficient handpiece changes. Reusable stainless steel supports repeated clinical use.

Features & Benefits

• 3.2mm flute threads pilot holes in confined spaces
• Compact 106mm overall with 48mm working dimension
• Jacobs chuck coupling for standard handpieces
• Durable stainless steel for repeated use

Jacobs chuck drill bits with 3.2mm flute diameter and extended 180mm overall length support pilot hole creation in long bones during major fracture fixation and intramedullary work. The 70mm working dimension accommodates both percutaneous and open approaches, and the Jacobs coupling permits use with standard drill handpieces. Reusable stainless steel endures across many cases.

Features & Benefits

• 3.2mm flute threads long‑bone pilot holes
• Extended 180mm overall length for deep access
• Jacobs chuck coupling for standard handpieces
• Durable stainless steel maintains cutting efficiency

This Jacobs chuck 3.5mm drill bit features a straight profile and 180mm length, designed for bone drilling in orthopedic implant fixation. The Jacobs chuck interface provides a secure grip while allowing rapid repositioning.

Features & Benefits

• Jacobs chuck interface for secure retention
• 3.5mm bit size for medium bone penetration
• 180mm length supports stable drilling
• Straight geometry for predictable trajectory

Jacobs chuck drill bits scaled to 4.5mm diameter thread larger‑bore pilot holes and tap holes during spinal instrumentation and large bone fixation. The extended 180mm overall length with 70mm working dimension reaches deep within vertebral bodies and long‑bone intramedullary canals, and the Jacobs coupling permits use with standard drill handpieces. Reusable stainless steel maintains performance.

Features & Benefits

• 4.5mm flute threads large‑bore screw pilot holes
• Extended 180mm overall for deep spinal and long‑bone access
• Jacobs chuck coupling for standard drill handpieces
• Durable stainless steel across complex procedures

This orthopedic quick‑connect drill bit in 3.2mm diameter enables efficient cortical and cancellous bone preparation for guidewire and screw placement. The straight geometry ensures perpendicular bone drilling without deflection, supporting reproducible hole placement in vertebral bodies and long‑bone cortices. Stainless steel construction tolerates repeated sterilization without edge degradation.

Features & Benefits

• 3.2mm diameter suited to guidewire pilot hole preparation
• Quick‑connect interface supports rapid bit exchange
• Straight geometry ensures perpendicular cortical drilling
• Stainless steel sustains high‑temperature sterilization cycles

Orthopedic drill bits designed with quick‑connect coupling facilitate rapid percutaneous and open drilling in hand surgery, wrist, and ankle fixation where compact working dimensions are essential. The 3.2mm flute threads pilot holes in smaller cortical bone, and the 145mm overall length with 120mm working dimension permits navigation through limited surgical approaches. Reusable stainless steel supports repeated use.

Features & Benefits

• 3.2mm flute threads small cortical bone pilot holes
• Quick‑connect coupling permits rapid bit changes
• 145mm overall with 120mm working dimension
• Compact size suited for hand and wrist procedures

This 3.2mm orthopedic drill bit employs a quick connect chuck for rapid interchange during bone drilling. The straight geometry and 195mm length support predictable drilling through cortical and cancellous bone when preparing for fixation hardware.

Features & Benefits

• 3.2mm tip size for targeted bone drilling
• Quick connect chuck enables rapid bit changes
• 195mm length supports penetration depth
• Stainless steel construction for repeated sterilization

Orthopedic drill bits with quick‑connect coupling accept rapid chuck changes during complex fracture and joint reconstruction procedures. The 3.5mm flute diameter threads pilot holes for cortical screws across long bones and vertebral bodies, and the 195mm overall length with 170mm working dimension accommodates both percutaneous and open approaches. Reusable stainless steel maintains cutting edge durability across many cases.

Features & Benefits

• 3.5mm flute diameter threads cortical screw pilot holes
• Quick‑connect coupling enables rapid bit exchange
• 195mm overall with 170mm working dimension
• Durable stainless steel maintains cutting efficiency

The 4.5mm orthopedic drill bit is configured with a quick connect chuck to streamline interchanges at the surgical field. Its straight profile and 195mm shaft support reliable bone penetration across diaphyseal and metaphyseal regions during implant preparation.

Features & Benefits

• 4.5mm diameter for larger bore drilling
• Quick connect chuck reduces instrument swap time
• 195mm shaft penetrates dense cortical bone
• Reusable stainless steel for cost efficiency

Wide 6mm quick‑connect drill bits accommodate larger diameter pilot holes and thread holes during major fracture fixation and spinal instrumentation. The 195mm overall length with 170mm working dimension reaches deep within long bones and vertebral bodies, and the quick‑connect design permits efficient intraoperative bit changes. Reusable stainless steel maintains cutting edge performance across cases.

Features & Benefits

• 6mm flute threads large‑diameter pilot holes
• Quick‑connect coupling enables rapid intraoperative changes
• 195mm overall with 170mm working dimension
• Durable stainless steel for major fracture work

This quick‑connect drill bit measures 1.5mm diameter with 18mm flute length for 2.4mm locking screw prepartion during orthopedic fixation. The straight geometry and 85mm overall length support precise pilot hole creation, and stainless steel construction maintains sharpness across many surgical cases.

Features & Benefits

• 1.5mm diameter sizes pilot holes for 2.4mm screws
• 18mm flute length provides consistent cutting depth
• Quick‑connect design enables rapid bit exchange
• Stainless steel withstands surgical saline environments

The 1.5mm twist drill bit with round chuck end and 17mm flute length is designed for initial intramedullary canal preparation and soft bone entry during orthopedic fixation. The straight geometry maintains bore trajectory through dense cortex, while the 127mm overall length suits hand‑held or power‑assisted drilling in extremity and spinal work. Stainless steel construction resists corrosion.

Features & Benefits

• 1.5mm diameter for initial intramedullary access
• 17mm flute length controls cutting engagement
• Round chuck end couples to standard drill systems
• 127mm length suits compact hand‑held positioning

The 2.5mm twist drill bit with 23mm flute is engineered for step‑wise bone removal in multi‑stage intramedullary reaming and plate screw hole drilling. At 127mm, the straight profile maintains consistent trajectory through cortical and cancellous bone. Stainless steel construction ensures durability across repeated sterilization and use.

Features & Benefits

• 2.5mm diameter for intermediate intramedullary access
• 23mm flute length enables controlled bone removal
• Round chuck end couples to standard drills
• 127mm length supports stable hand‑held operation

Twist drill bits prepare cortical bone for screw placement, K‑wire passage, and orthopedic fixation. This 2.7mm diameter bit pairs a 30mm flute with a round drill‑chuck end that seats into standard power and hand chucks. The straight 127mm overall length keeps the bit close to the bone during cortical drilling, and stainless steel construction preserves the flute geometry through repeated use.

Features & Benefits

• 2.7mm diameter sized for cortical screw pilot holes
• 30mm flute clears chips during cortical drilling
• Round drill‑chuck end seats into power and hand chucks
• 127mm straight length keeps the bit close to bone