The SPENCER-WELLS Artery Forceps, are available in both curved and straight designs with 2.2mm tips and a length of 13 – 15cm. These forceps are crafted from high-quality stainless steel, ensuring durability and resistance to corrosion. The fine 2.2mm tips are precision-ground and have a serrated edge, providing a secure grip on delicate tissues or vessels. The curved and straight designs offer versatility for a variety of surgical procedures. The ratcheted finger ring handles provide a comfortable grip and easy control during use. These SPENCER-WELLS Artery Forceps are a must-have for any medical professional performing surgical procedures.
The Spinal Cord Impactor is used to generate an animal spinal cord injury model. It is based on the principle of “free fall”, and is composed of a spinal cord holder, manipulator, and strikers.
The SCI device is constructed using a steel impounder inserted into a Teflon base. The impounder is attached to the end of the hollow tube by a horizontal pin to guide the weight and to prevent it from bouncing on impact. The weight is made of Teflon coated stainless steel and is supported by a removable pin which is also used to release the weight. Rod magnet is used for retrieval of the weight after the injury.
These clamps are crafted from high-quality stainless steel, providing superior durability and corrosion resistance. With a compact size of only a few centimeters, they are ideal for delicate projects and precision work where space is limited. The SS micro clamps feature a simple yet effective design, with a smooth surface and easy-to-use tightening mechanism that allows for secure and precise clamping. Whether you’re a hobbyist, a professional craftsman, or anyone in between, SS micro clamps are the perfect tool for your clamping needs.
ConductScience offers Applicator for SS Micro Clamps.
The ST.MARTIN 1×2 Teeth Tissue Forceps are a high-quality medical instrument designed for the precision handling of delicate tissues during surgical procedures. These forceps feature a 1×2 teeth pattern that provides a secure grip on tissue without causing damage or trauma and a straight design that allows for easy access to hard-to-reach areas. With 1.0mm tips and a length of 8cm, these forceps are ideal for the precise handling of small tissues or sutures. Made from durable materials and engineered for reliable performance, the ST.MARTIN 1×2 Teeth Tissue Forceps-Str is an essential tool for any surgical team seeking superior quality and precision in their instruments.
1. Accurate to 100μm
2. Classic U-frame design
3. Scales are laser engraved
4. Gas anesthesia is compatible
5. Interchangeable adaptors
6. With ear bars, holder and adaptor
7. Vertical and horizontal adjustment of ear and nose posts accommodates rodents of all sizes
Ultraprecision upgrade allows for very fine resolution of movements. Make sure you get the part of the brain you’re looking for. 10 micron resolution. Price is […]
The Standard Manual Stereotaxic Instrument is important equipment in the fields of neuroanatomy, neurophysiology, neuropharmacology, and neurosurgery. It uses the marks on the surface of the skull (such as the bregma point) as the basic reference point to determine a certain subcortical layer of the animal through three-dimensional movement. The location of the nerve structure (nucleus), and then complete the directional injection, stimulation, destruction, guidance, and positioning of the nerve structure. It can be used to establish animal models of Parkinson’s disease, animal models of epilepsy, brain tumor models, and learning, research on memory, neural stem cell transplantation in the brain, cerebral ischemia, etc. This is the Manual version of the Digital Stereotaxic Instrument for Rat.
A Stereotaxic Digital Compatible Active Anesthesia System is a specialized setup used in small rodent surgical procedures that involve precise manipulation of brain tissues. It combines a stereotaxic frame (a tool for accurately positioning the animal’s head) with a compatible active anesthesia system. This setup allows for the precise delivery of anesthetic gases and continuous monitoring of the animal’s vital signs during surgery.
