JACOBS Uterine Vulsellum Forceps ensure a secure grip on the cervix or uterus during gynecological procedures. Available in straight and curved designs for precision handling.
Vulsellum Forceps provide strong tissue grasping in gynecology. Endocervical Suction Biopsy Curettes ensure precise cervical biopsies. Designed for safe and effective use.
| Item Name | Primary Usage | Design |
|---|---|---|
| JACOBS Uterine Vulsellum Forceps, 8-1/2″, straight | Secure uterine grasping in gynecological procedures | Straight, serrated jaws, 2X2 teeth |
| JACOBS Uterine Vulsellum Forceps, 8-1/2″, curved | Secure uterine grasping in gynecological procedures | Curved sideways, serrated jaws, 2X2 teeth |
| HENROTIN Vulsellum Forceps, 9-1/4″ | Firm uterine tissue grasping | Straight, serrated jaws |
| TEALE Vulsellum Forceps, 10″ | Strong grip during gynecological surgeries | Curved sideways, 3X4 teeth, 5mm wide |
| NOVAK Endocervical Suction Biopsy Curette, 9-3/4″, 2mm | Precise endocervical biopsy sampling | Luer hub, extra delicate |
| NOVAK Endocervical Suction Biopsy Curette, 9-3/4″, 3mm | Precise endocervical biopsy sampling | Luer hub, delicate |
| NOVAK Endocervical Suction Biopsy Curette, 9-3/4″, 4mm | Precise endocervical biopsy sampling | Luer hub, standard 12 Fr. size |
| RANDALL Endocervical Suction Biopsy Curette, 9-3/4″ | Accurate endocervical biopsy collection | Luer hub, 4mm diameter |
JACOBS Uterine Vulsellum Forceps provide a firm grasp on uterine tissue, essential for gynecological surgeries. Their serrated jaws and ergonomic design ensure precision handling.
HENROTIN and TEALE Vulsellum Forceps offer secure tissue grasping with varying jaw configurations for optimal surgical control. Ideal for delicate uterine procedures.
NOVAK and RANDALL Endocervical Suction Biopsy Curettes ensure precise cervical tissue sampling. Their luer hub design enhances suction efficiency, aiding in accurate biopsy collection.
- Material: High-quality stainless steel
- Sizes: Available in multiple lengths and jaw configurations for surgical precision
