Animal Surgical Devices
Stoelting™ Animal Markers
Animal Markers allow for easy, long-lasting identification of laboratory animals.
Stoelting™ Low Temperature Disposable Cautery Pens
Stoelting™ Low Temperature Disposable Cautery Pens is ideal for precise pinpoint hemostasis.
Stoelting™ Micromotor Drill
Stoelting™ Micromotor Drill is configured for stereotaxic surgery, particularly in soft skull animals such as neonatal rats and mice.
Stoelting™ Dieffenbach Serrefine
Stoelting™ Dieffenbach Serrefine is a useful instrument for stopping blood flow to a particular organ of interest.
Stoelting™ Smith Micro Dissecting Forceps
Stoelting™ Smith Micro Dissecting Forceps are micro tweezers that are useful in a variety of different applications including micro dissection of tissue and vessels, and processing tissue in electron microscopy procedures.
Stoelting™ Adson Rongeur
Rongeurs feature a sharp-edged, scoop-shaped tip, used for gouging out bone or opening a window in bone, often in the skull. It is used in neurosurgery and orthopedic surgery to expose areas for operation or to aid in removal of the brain.
Stoelting™ Ugo Basile Dynamic Plantar Aesthesiometer
Stoelting™ Ugo Basile Dynamic Plantar Aesthesiometer has been designed to automate the assessment of touch sensitivity on the plantar surface of rats or mice
Stoelting™ Screwdriver for Bone Anchor Screws
Screwdriver for Bone Anchor Screws features a precision blade for use with small precision screws.
Stoelting™ Brown-Adson Forceps
Stoelting™ Brown-Adson Forceps are micro tweezers that are ideal for micro dissection of tissue and vessels and processing tissue in electron microscopy procedures.
Stoelting™ Spratt Curette
Bone cutting tools allow for sharp cuts through soft bone and cartilage.
Stoelting™ Conditioned Place Preference
Stoelting™ Conditioned Place Preference is most commonly used in the assessment of the rewarding property of drugs (or other natural reinforcers) or to identify the neuronal basis of reinforcement expression.
Stoelting™ T Maze
Stoelting™ T-maze is used largely in preference and spatial learning tasks.