Forceps and Tweezers
Forceps and Tweezers
Tools used for gripping, manipulation, or extraction of typically small or delicate objects. Products may be constructed of disposable plastics, autoclavable plastics, stainless steel, titanium, or other durable, corrosion-resistant or chemical-resistant material, and may be designed with shaped tips to facilitate specific applications such as surgery and dissection. Plastic versions may be supplied sterile in individual packs for use in cleanrooms and other controlled environments.
Tweezer and Forceps Applications
• In the laboratory for manipulation of small or delicate objects, e.g., microscope coverslips and filter discs or papers
• In clinical settings for dissection and examination of tissue and other biological samples
• In cleanroom or other controlled environments to avoid direct handing and help maintain sterility or cleanliness
• In industrial settings in manufacturing, electronics, and fine engineering (such as watchmaking) for manipulation of small components
Tweezer and Forceps Size, Style, and Design Variations
• Pointed, blunt, rounded, curved, angled, or flat tips
• Plain or serrated inner surfaces for extra grip
• Scissor-type handles
• Defined dimensions for precision work
• Foam or silicone-covered handles or tips for extra grip
• Self-closing/locking guide pins to keep the tips aligned for a firmer grip
• PTFE-coated to prevent contamination, scratching, or damage of delicate samples
Electron Microscopy Sciences Dumont Tweezers Style 5/45, Electronic Antimagnetic, Polished Finish, 109 mm OAL
Thin tips are bent 45 degrees. Made of antimagnetic steel that is composed of C, Cr, Ni and Mo. It offers a good resistance to corrosion thanks to its high concentration of molybdenum and is 80% antimagnetic but is not as hard as Inox. Antimagnetic is resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 109 mm
Tip width: 0.1 mm
Electron Microscopy Sciences Dumont Tweezers Style 5/15, Electronic Antimagnetic, Polished Finish, 105 mm OAL
Thin tips are bent 15 degrees. Made of antimagnetic steel that is composed of C, Cr, Ni and Mo. It offers a good resistance to corrosion thanks to its high concentration of molybdenum and is 80% antimagnetic but is not as hard as Inox. Antimagnetic is resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 105 mm
Tip width: 0.1 mm
Electron Microscopy Sciences Dumont Tweezers Style 7, Electronic Antimagnetic, Polished Finish, 115 mm OAL
Style 7 tweezers have thin curved tips. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 115 mm
Tip width: 0.17 mm
Electron Microscopy Sciences Dumont Tweezers Style 7, Electronic Inox 02, Epoxy Coated Finish, 115 mm OAL
Style 7 tweezers have thin curved tips. Standard magnetic stainless steel composed of C, Mn, Cr and Si. Not as hard as carbon steels. Resist Temperatures of 400 deg C. Cannot be sterilized.
Grade: Electronic
Material: Inox 02
Finish: Epoxy Coated
OAL: 115 mm
Tip width: 0.17 mm
Electron Microscopy Sciences Dumont Tweezers Negative Action Style N0C, Electronic, Antimagnetic, Polished Finish, 115 mm OAL
Type 0 tweezers have short, thin tips. Made of antimagnetic steel that is composed of C, Cr, Ni and Mo. It offers a good resistance to corrosion thanks to its high concentration of molybdenum and is 80% antimagnetic but is not as hard as Inox. Antimagnetic is resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 115 mm
Tip width: 0.17 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 180, Electronic, Antimagnetic, Polished Finish, 180 mm OAL
The tweezers have long shanks, strong tips. Made of antimagnetic steel that is composed of C, Cr, Ni and Mo. It offers a good resistance to corrosion thanks to its high concentration of molybdenum and is 80% antimagnetic but is not as hard as Inox. Antimagnetic is resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 180 mm
Tip width: 0.5 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style SS135 Electronic, Antimagnetic, Polished Finish, 135 mm OAL
The tweezers have long narrow shanks and thin tips. Made of antimagnetic steel that is composed of C, Cr, Ni and Mo. It offers a good resistance to corrosion thanks to its high concentration of molybdenum and is 80% antimagnetic but is not as hard as Inox. Antimagnetic is resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 135 mm
Tip width: 0.2 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 2A, Electronic, Dumoxel, Polished Finish, 120 mm OAL
Style 2A tweezers have flat round tips. Dumoxel has best resistance to corrosion and excellent resistance to organic acids. 95% antimagnetic. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Dumoxel
Finish: Polished
OAL: 120 mm
Tip width: 1.5 mm
Electron Microscopy Sciences Dumont Tweezers Negative Action Style N5, Electronic, Antimagnetic, Polished Finish, 108 mm OAL
Type 5 tweezers have super thin tips. Made of antimagnetic steel that is composed of C, Cr, Ni and Mo. It offers a good resistance to corrosion thanks to its high concentration of molybdenum and is 80% antimagnetic but is not as hard as Inox. Antimagnetic is resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 108 mm
Tip width: 0.1 mm
Electron Microscopy Sciences Dumont Tweezers Negative Action Style N1, Electronic, Polished Finish, 118 mm OAL
Type 1, strong tips. Length: 118 mm. Made of antimagnetic steel that is composed of C, Cr, Ni and Mo. It offers a good resistance to corrosion thanks to its high concentration of molybdenum and is 80% antimagnetic but is not as hard as Inox. Antimagnetic is resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Polished
OAL: 118 mm
Tip width: 0.2 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 2, Electronic, Antimagnetic, Epoxy Coated Finish, 120 mm OAL
Style 2 tweezers have strong tips. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: Epoxy Coated
OAL: 120 mm
Tip width: 0.34 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 5, Electronic, Antimagnetic, PTFE Coated Finish, 110 mm OAL
Style 5 tweezers have super thin tips. Good resistance to corrosion, 80% antimagnetic but not as hard as Inox. Temperatures of 400 deg C. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Antimagnetic
Finish: PTFE Coated
OAL: 110 mm
Tip width: 0.1 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 0, Electronic, Inox 02, Polished Finish, 115 mm OAL
Style 0 tweezers have Geneva pattern, thin tips. Standard magnetic stainless steel composed of C, Mn, Cr and Si. Not as hard as carbon steels. Resist Temperatures of 400 deg C. Cannot be sterilized.
Grade: Electronic
Material: Inox 02
Finish: Polished
OAL: 115 mm
Tip width: 0.17 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 11, Electronic, Nickel, Epoxy Coated Finish, 120 mm OAL
Style 11 tweezers have strong tips are ideal to manipulate delicate pieces. Nickel is a 100% antimagnetic alloy composed of Cu, Ni, Mn and Zn. lt is widely appreciated as it does not damage the components handled by it. 100% antimagnetic alloy composed of Cu, Ni, Mn and Zn. It does not damage the components handled by it.
Grade: Electronic
Material: Nickel
Finish: Epoxy Coated
OAL: 120 mm
Tip width: 0.24 mm
Electron Microscopy Sciences Dumont Tweezers Straight Positive Action Style GG, Electronic, Dumoxel, Polished Finish, 130 mm OAL
The tweezers are strong and very precise.
Dumoxel is composed of C, Cr, Ni, Mo and Cu and offers the best in resistance to corrosion thanks to its high concentration of molybdenum and chromium. Dumoxel also guarantees an excellent resistance to sulphuric environments, hydrochloric acid, as well as to all other mineral and organic acids. Dumoxel is 95% antimagnetic, resistant up to temperatures of around 400 degree C (DIN 50 914) and is suitable for autoclave sterilization at 270 degree C. Dumoxel has best resistance to corrosion and excellent resistance to organic acids. 95% antimagnetic. Autoclave sterilize at 270 deg C.
Grade: Electronic
Material: Dumoxel
Finish: Polished
OAL: 130 mm
Tip width: 0.2 mm