PL00HS48 - LUXCRYL 910 Polyglactin 910 Absorbable Braided Surgical Suture – USP 0 – 90 cm – Violet – HS 48 (48 mm) Round-Bodied Taper Needle (Box of 12)

Buy PL00HS48 - LUXCRYL 910 Polyglactin 910 Absorbable Braided Surgical Suture – USP 0 – 90 cm – Violet – HS 48 (48 mm) Round-Bodied Taper Needle (Box of 12) online from us for just £38.24 (£45.89 inc VAT), contact us for bulk and wholesale orders.

LUXCRYL 910 Polyglactin 910 absorbable braided surgical suture (USP 0) supplied in violet, 90 cm length, with an HS 48 round-bodied (taper) needle. Designed for secure soft tissue approximation with predictable absorption. Product code: PL00HS48.

LUXCRYL 910 Polyglactin 910 Absorbable Braided Surgical Sutures are intended for general soft tissue approximation and ligation across a wide range of surgical procedures. Manufactured from synthetic Polyglactin 910, these sutures provide dependable tensile strength during the critical wound-healing phase, followed by predictable absorption through hydrolysis.

The braided construction offers excellent handling characteristics, flexibility, and reliable knot security, allowing precise placement and consistent performance in professional clinical environments. The violet colouring enhances visibility against tissue, supporting accurate suture placement and efficient handling during procedures.

This variant is supplied in USP 0, 90 cm length, and fitted with an HS 48 (48 mm) round-bodied taper needle, making it suitable for soft tissue closure where controlled penetration and minimal tissue trauma are required. The taper needle is designed to separate tissue fibres rather than cut them, supporting smooth passage through tissue with reduced damage.

LUXCRYL 910 sutures are widely used in hospitals, clinics, and surgical centres for their consistent quality, predictable absorption profile, and dependable clinical performance. Each box contains 12 sterile sutures, individually packaged to maintain sterility and ensure suitability for professional surgical use.
Product code: PL00HS48.