Insulated Bipolar Forceps

A precision instrument for microsurgery (ophthalmic, plastic, neuro, and hand surgery), the Insulated Bipolar Forceps is designed to perform fine dissection, grasping, or suturing under magnification.

Finish

Material

✓ Precise, controlled energy delivery at the tip

✓ High-quality insulation to protect surrounding tissue

✓ Balanced, comfortable grip

✓ Reusable and autoclavable

✓ Compatible with standard electrosurgical units

Wishlist

The Insulated Bipolar Forceps is a stainless steel instrument developed for microsurgery (ophthalmic, plastic, neuro, and hand surgery). It is designed to perform fine dissection, grasping, or suturing under magnification, making it a dependable choice for clinicians who need consistent performance in procedures requiring magnified, high-precision handling of delicate tissue or vessels.

A defining characteristic of this instrument is extremely fine tips and a lightweight, balanced handle for tremor-free micro-level control — a detail that translates directly into the fine tactile control needed for accurate work at a millimetre scale during use. Constructed from Stainless steel, it is built to withstand the repeated handling, cleaning, and sterilization cycles typical of a busy clinical setting.

The instrument should be selected to match the specific clinical requirement, and used in accordance with the manufacturer's guidance and the healthcare facility's established protocols.

✓ Precise, controlled energy delivery at the tip
✓ High-quality insulation to protect surrounding tissue
✓ Balanced, comfortable grip
✓ Reusable and autoclavable
✓ Compatible with standard electrosurgical units

Product	Insulated Bipolar Forceps
Category	Microsurgical Instruments
Sub Category	Micro Bipolar Forceps
Material	Stainless steel with medical-grade insulation
Finish	Satin finish, insulated
Sterilization	Autoclavable (steam sterilization)
Usage	Reusable
Quality Standard	ISO 13485 / CE

Used for grasping, holding, manipulating, or securing tissue, materials, or surgical components as appropriate to the instrument pattern.

Clean and decontaminate promptly after use according to the facility's validated protocol. Use a cleaning method and detergent compatible with the instrument material. Rinse thoroughly, dry completely, inspect joints, tips and working surfaces, and lubricate articulated instruments when recommended. Sterilize using the validated method specified by the manufacturer and healthcare facility. Do not use damaged or corroded instruments; remove them from service for inspection or replacement.