DR MED* Laparoscopic Scissors - Rotates 360 deg, Blades on scissors are comprised of stainless steel. Near the handle, you can find a knob that rotates the scissors 360 deg providing compete control, L
Forceps with adjustable magnifying glass, Stainless construction, combinition for picking harder to see objects during dissection. Percision point, for electronic hobbiers
Micro forceps, for micro-dissection work. Long and narrow precision, curved, points helps to reach deep into narrow areas. Precision points are ideal for microscopic work. Premium quality SS. Length is 4.5 inches. Ideal for watch fixing and splinters.
Dissecting forceps, straight fine points, Made with high quality stainless steel. Guide pin ensures proper matching of the forceps points. Fine points are great for delegate dissection purposes and could very well be used under the microscope.
DR MED* Laparoscopic 19in Needle Holder, 19in needle holder for students working with sutures, Needle holder locks and unlocks into place to hold the suturing needle. Comprised of stainless steel
DR MED* 19in Laparoscopic Forceps - 360 deg Rotation, 19in in length. Near the handle, knob that to provide complete control, The ends of the forceps are made of 100% stainles steel
Weatherweight entomology forceps set, with one narrow tip and one wide tip forceps. Made out of flexible stainless steel, can be bent virtually in any shape and form, ideal for handling larvae or eggs without crushing them and specimens stored in vials.
DR MED* 19in Laparoscopic Grasper - Rotates 360 deg, Near the handle, knob that to provide complete control, The ends of the grasoer are made of 100% stainles steel
Dissecting forceps, 4.5in, is great for micro-dissection work. Features narrow precision points. Narrow precision points also help in manipulating minuscule specimens under the microscope precisely. Self locking holds objects in place without any effort.
Kelly Forceps, curved tips and 5.5in length. Made with fine qulaity stianless steel. Offset tips are great for accessing hard-to-rach areas during dissection.