Clamps

The Apt clamp with marked serrated openings at 2mm, 4mm, and 6mm intervals provides precision depth control during bone drilling and guidewire placement. The 11mm serrated working end grips bone and instruments reliably without slipping, while the graduated markings eliminate guesswork during controlled‑depth procedures. Stainless steel construction endures sterilization.

Features & Benefits

• Marked openings at 2mm, 4mm, 6mm provide precision depth control
• 11mm serrated working end prevents slippage and drift
• Compact 76mm length suits confined surgical spaces
• Stainless steel resists corrosion and maintains dimensional accuracy

The Apt clamp with 11mm serrated working end and marked 2mm, 4mm, and 6mm opening positions provides depth-controlled grasping for bone fragments and tissue manipulation. The straight configuration and 114mm length support precise finger control, while serrated jaws maintain secure grip on rough bone surfaces. Stainless steel ensures durability through sterilization and reuse.

Features & Benefits

• Marked 2mm, 4mm, 6mm openings guide depth control
• 11mm serrated working end grips bone securely
• Straight profile supports precise positioning
• 114mm length optimized for hand control

The Lambert‑Lowman bone clamp combines larger 2 × 2 jaws with a wider maximum 2.5 inch opening to accommodate substantial fragments during complex reductions. The clamp mechanism secures hands‑free stability, and the 203mm overall length provides adequate reach for varied bone corridors.

Features & Benefits

• 2 × 2 jaw pattern grips larger bone fragments securely
• 2.5 inch maximum opening accommodates substantial reductions
• Clamp mechanism enables hands‑free stability
• 203mm overall length balances reach and control

Lambert‑Lowman bone clamps scale up to a 2 × 2 jaw footprint for broader surface purchase when engaging larger bone segments during complex articular or periosteal reconstructions. The extended 184mm length enhances reach and leverage, and the straight profile provides unwavering grip during multi‑plane reduction sequences. Reusable stainless steel supports long instrument life.

Features & Benefits

• 2 × 2 jaw configuration for larger bone segment engagement
• Extended 184mm length improves reach and mechanical advantage
• Straight profile maintains stable compression during reduction
• Stainless steel resists wear and maintains reliable performance

The Lowman bone clamp stabilizes bony fragments with its 1 × 1 jaw configuration, delivering reliable purchase across moderate‑sized reductions. The clamp mechanism secures hands‑free stability during plate and wire application, and the 184mm length provides balanced reach and control.

Features & Benefits

• 1 × 1 jaw geometry suits standard bone reductions
• Clamp mechanism enables hands‑free stability
• Direct jaw contact prevents fragment rotation
• 184mm length balances reach and maneuverability

This extended 203mm Lowman clamp provides additional reach while maintaining the proven 1 × 1 jaw design for reliable fragment holding during fixation procedures. The clamp mechanism secures hands‑free stability, and the slightly longer length suits deeper exposures.

Features & Benefits

• Extended 203mm reach suits deeper surgical access
• 1 × 1 jaw pattern delivers reliable fragment control
• Clamp mechanism provides hands‑free stability
• Durable stainless‑steel construction

The Lowman bone clamp employs a 1 × 2 jaw configuration to apply controlled compressive force during fracture reduction without relying on continuous manual pressure. Straight geometry supports stable positioning at the operative field, and the compact 121mm length permits access to both superficial and modest‑depth bone work. Stainless steel construction resists corrosion and fatigue over many cases.

Features & Benefits

• 1 × 2 jaw pattern enables controlled compression force
• Straight design permits stable interim bone fixation
• Compact 121mm length supports confined field access
• Stainless steel durability through repeated sterilization

Lowman bone clamps secure cortical fragments during fracture reduction and plate fixation. The 1 × 2 tooth jaws bite into bone surfaces and resist rotation under wrist load, and the 203mm straight frame keeps the working end at the operative bone. Stainless steel construction holds the jaw geometry through repeat sterilization.

Features & Benefits

• 1 × 2 tooth jaws bite into cortical bone surface
• 203mm straight frame holds reduction during plating
• Tooth interlock resists rotation under wrist load
• Stainless steel build tolerates repeat reprocessing

The Lowman bone clamp, 1 × 2 jaw configuration and 184mm length, provides dual-jaw bone securement during orthopedic fragment reduction and fixation placement. Its rectangular jaw pattern distributes clamping force evenly across bone surfaces, minimizing point loading and fracture propagation. Straight orientation and ergonomic handle enable precise positioning in confined reduction fields.

Features & Benefits

• 1 × 2 jaw configuration distributes clamping force
• Straight geometry enables precise positioning in field
• 184mm length suits varied bone work
• Stainless steel jaws resist wear and corrosion