General Dissecting Equipment
Roboz Surgical EYEGLASSES, 2.5X MAGNIFICATION
Loupes on Sports Eyeglasses, 2.5X magnification, 420mm working distance.
Sklar Instruments Needle Holder Sklar Microscopy Surgical 1/EA
Needle Holder Sklar Microscopy Surgical 1/EA
Electron Microscopy Sciences Rodent Brain Matrix Rat, 125-185g, Coronal
RBM allow the investigator to slice either coronal (perpendicular to center line) or sagittal (parallel to center line) sections through the brain at intervals as small as 1mm. All RBM's are identical and durable to insure reproducible sections in the day-to-day, year-to-year, or on a between laboratory basis.
Constructed from high grade zinc to allow for rapid temperature equilibration, easy cleaning, and sterilization. The matrices are designed to accommodate the brains of rodents placed ventral side up. The channels are precisely cut at 1 mm intervals and 0.3 mm wide.
Size: 125-185g
Type: Coronal
Electron Microscopy Sciences Nano Diamond Dissecting Knife Aluminum Handle, Lance 70°
These blades are the finest and sharpest blades for all of your micro-surgical needs. The knives are made from a polychrystalline CVD blade and are plasma sharpened to 0.15 mm thick.
Angle: 70°
Width: 2.75 mm
Length: 4.0 mm
Thickness: 0.15 mm
Electron Microscopy Sciences Nano Diamond Dissecting Knife Plastic Handle, Single Edge, 45°
These blades are the finest and sharpest blades for all of your micro-surgical needs. The knives are made from a polychrystalline CVD blade and are plasma sharpened to 0.15 mm thick.
Type: Single Edge
Angle: 45°
Width: 1.0 mm
Length: 3.5 mm
Thickness: 0.15 mm
Fine Science Tools Vannas Spring Scissors, Microserrated, Straight, 8.5 cm
Tip Shape: Straight/ Tips: Sharp/ Cutting Edge: 4mm/ Tip Diameter: 0.1mm/ Alloy / Material: Stainless Steel/ Length: 8.5cm/ Serrated: Yes/
Electron Microscopy Sciences Nano Diamond Dissecting Knife Plastic Handle, Lance 70°
These blades are the finest and sharpest blades for all of your micro-surgical needs. The knives are made from a polychrystalline CVD blade and are plasma sharpened to 0.15 mm thick.
Angle: 70°
Width: 2.2 mm
Length: 4.0 mm
Thickness: 0.15 mm
Electron Microscopy Sciences Stainless Steel Matrices Mouse, Coronal, 40 – 75g
Stainless steel matrices with 0.5 mm channel for slicing rodent brain, heart, and similar organs as thin as possible. Made of high-quality stainless steel. They can be repeatedly used, cleaned, autoclaved, and frozen. Produce fine slices. Accurate sectioning. Easy cleaning and easy handling.
Type: Coronal
Size: 40 – 75g
Electron Microscopy Sciences Nano Diamond Dissecting Knife Aluminum Handle, Lance 70°
These blades are the finest and sharpest blades for all of your micro-surgical needs. The knives are made from a polychrystalline CVD blade and are plasma sharpened to 0.15 mm thick.
Angle: 70°
Width: 2.8 mm
Length: 4.0 mm
Thickness: 0.15 mm
Electron Microscopy Sciences Diamond Marker-Scriber Kit
Three replacement diamond scribers for marking fine marks and scribing the wafer surface. Includes pen-style diamond scriber, fine scriber for precise marking and/or scribing, fine scriber with 30 degree tip for precise marking and/or scribing.
Electron Microscopy Sciences Nano Diamond Dissecting Knife Aluminum Handle, Single Edge 45°
These blades are the finest and sharpest blades for all of your micro-surgical needs. The knives are made from a polychrystalline CVD blade and are plasma sharpened to 0.15 mm thick.
Type: Single Edge
Angle: 45°
Width: 1.5 mm
Length: 3.5 mm
Thickness: 0.15 mm
Electron Microscopy Sciences Nano Diamond Dissecting Knife Aluminum Handle, Round Knife
These blades are the finest and sharpest blades for all of your micro-surgical needs. The knives are made from a polychrystalline CVD blade and are plasma sharpened to 0.15 mm thick.
Type: Round Knife
Width: 1.4 mm
Length: 4.0 mm
Thickness: 0.15 mm
Sutter Instruments 2.0 mm Wide Trough Filament
Excellent general purpose filaments and are recommended for creating longer slice patch pipettes and sharp electrodes. The trough filament is not ideal for making patch pipettes or when using glass over 1.2 mm OD. If very short tapers are required for patch electrodes or for microinjection, a 2.5 mm or 3 mm box filament is recommended.