Crile-Wood NEEDLE HOLDERS

Crile-Wood Needle Holders

Needle rotation during suture placement compromises stitch accuracy — the Crile-Wood Needle Holders eliminates that risk through a crosshatch serrated jaw design that grips suture needles from multiple angles simultaneously. Crosshatch grooves intersect across both jaw faces, creating multi-directional mechanical purchase on the needle body throughout each driving stroke. The ratchet lock maintains needle grip after manual pressure releases across multiple progressive positions. Solid stainless steel ring handles sit at mid-shank, delivering balanced, confident handling throughout varied intraoral suture placement tasks across fine and medium needle gauges.

Multi-directional crosshatch grip prevents needle rotation more effectively than single-direction serration the Crile Wood needle holders crosshatch jaw suture dental intersecting groove pattern bites into needle bodies from multiple angles on initial jaw closure. As a result, needle positioning stays accurate throughout each driving stroke without additional closure force. Furthermore, the ratchet lock engages progressively across multiple positions. This gives the surgeon direct grip force control across fine and medium suture gauges in varied intraoral access sites throughout each suturing procedure without sustained hand pressure.

Oral surgeons and dental specialists performing varied intraoral suturing across fine and medium needle gauges need a needle holder with multi-directional jaw grip that handles every gauge without rotation. The Crile-Wood Needle Holders suits firm needle control where a Crile Wood ratchet needle holder serrated jaw dental instrument must prevent rotation across oral and dental surgical suture tasks.

Leader Surgical manufactures this instrument for oral surgical and general dental programs where crosshatch jaw geometry and ratchet locking reliability define suturing performance standards.

How does crosshatch serration improve needle control compared to standard single-direction serration?
Crosshatch serration creates intersecting grooves that grip the needle body from multiple angles simultaneously on jaw closure. This prevents rotation more reliably than single-direction serration, which only grips along one axis and can allow needle roll under driving force during intraoral suture placement.