General Purpose Forceps and Tweezers
Available in a variety of sizes, styles, and configurations to support specific handling requirements, including pointed, blunt, rounded, curved, angled, or flat tips; plain or serrated gripping surfaces; scissor-style handles; self-closing designs; alignment guide pins; and protective foam, silicone, or PTFE-coated surfaces to enhance grip and minimize contamination or damage to sensitive components and materials.
Typical applications include manipulation of microscope coverslips, filter papers and discs, electronic components, precision mechanical parts, and other small or fragile items in controlled, industrial, research, and manufacturing environments. Excludes surgical, dissection, and other medical forceps intended for clinical procedures.
Electron Microscopy Sciences Rubis Wafer Tweezers Style 39S-4, 128 mm
Made from SA steel with serrated handles. These tweezers are specially designed to handle different fragile and delicate materials of gallium or silicon wafers. They have a smooth polished non-glare surface with a satin finish. The tweezers have stopping pins turned up on lateral edges and graduated lower paddles prevent the wafer from slipping. Lower part perforated.
OAL: 128 mm
Width: 12.5 mm
Tips: 4 teeth
Electron Microscopy Sciences EMS Flat Carbon Fiber Soft Tip Tweezer Style 52, 110 mm OAL, 6 mm Tip width
The EMS soft tip tweezers feature scratch resistant carbon fiber tips, specially designed to handle sensitive objects. The body is made from low carbon austenitic, non-magnetic stainless steel. The tips are corrosion resistant to moderately aggressive chemicals, salts and acids. Optimal working temperatures are up to 350 degree C (662 degree F). For short term use, maximum temperature should not exceed 925 degree C (1,697 degree F). Typical applications include handling of sensitive and electronic components, soft materials, micro-mechanical parts, glass, quartz, ceramics and silicon wafers. The tweezers body is made from non-magnetic stainless steel. ESD safe.
OAL: 110 mm
Tip width: 6 mm
Electron Microscopy Sciences EMS Gold Coated Tweezers Style 5X, 109 mm OAL
The EMS Gold Coated Tweezers are finely crafted, high precision tweezers made from anti-acidic, non-magnetic stainless steel, plated with 2 microns of pure 24-carat gold. Gold plating resists chemical corrosion, oxidation and is an excellent conductor of electricity. These tweezers are autoclavable and conducive for use when working with microelectronics, TEM and immunogold staining, electro-chemistry and nanotechnology. Reversed, Self Closing, Fine Point, High Precision.
OAL: 109 mm
Tip width: 0.13 mm
Tip thickness: 0.12 mm
Electron Microscopy Sciences EMS Gold Coated Tweezers Style 5TTHX, 118 mm OAL
The EMS Gold Coated Tweezers are finely crafted, high precision tweezers made from anti-acidic, non-magnetic stainless steel, plated with 2 microns of pure 24-carat gold. Gold plating resists chemical corrosion, oxidation and is an excellent conductor of electricity. These tweezers are autoclavable and conducive for use when working with microelectronics, TEM and immunogold staining, electro-chemistry and nanotechnology. Reverse, Anti Capillary, Fine Point, High Precision.
OAL: 118 mm
Tip width: 0.10 mm
Tip thickness: 0.15 mm
Electron Microscopy Sciences EMS Gold Coated Tweezers Style 5, 110 mm OAL
The EMS Gold Coated Tweezers are finely crafted, high precision tweezers made from anti-acidic, non-magnetic stainless steel, plated with 2 microns of pure 24-carat gold. Gold plating resists chemical corrosion, oxidation and is an excellent conductor of electricity. These tweezers are autoclavable and conducive for use when working with microelectronics, TEM and immunogold staining, electro-chemistry and nanotechnology. Straight, Extra Fine Point, High Precision.
OAL: 110 mm
Tip width: 0.05 mm
Tip thickness: 0.02 mm
Electron Microscopy Sciences EMS Flat Carbon Fiber Soft Tip Tweezer Style 51, 110 mm OAL, 10 mm Tip width
The EMS soft tip tweezers feature scratch resistant carbon fiber tips, specially designed to handle sensitive objects. The body is made from low carbon austenitic, non-magnetic stainless steel. The tips are corrosion resistant to moderately aggressive chemicals, salts and acids. Optimal working temperatures are up to 350 degree C (662 degree F). For short term use, maximum temperature should not exceed 925 degree C (1,697 degree F). Typical applications include handling of sensitive and electronic components, soft materials, micro-mechanical parts, glass, quartz, ceramics and silicon wafers. The tweezers body is made from non-magnetic stainless steel. ESD safe.
OAL: 110 mm
Tip width: 10 mm
Electron Microscopy Sciences Dumont Style 15 Grey STD Replaceable Tweezer Tips, 5.35 mm Tip width, 0.3 mm Tip thickness, OAL
Replacement standard tips for WA1 tweezer handles.
Tips: Grey STD
Tip width: 5.35 mm
Tip thickness: 0.3 mm
Electron Microscopy Sciences Dumont Style E17 ESD Replaceable Tweezer Tips, 1.5 mm Tip width, 0.35 mm Tip thickness, OAL
Black ESD tips for WA1 tweezer handles.
Tips: Black ESD
Tip width: 1.5 mm
Tip thickness: 0.35 mm
Electron Microscopy Sciences EMS Diamond Like Carbon Tweezer Style 1, 120 mm OAL
Diamond like carbon (DLC) tweezers feature tips covered in a pure diamond film grown directly on the exposed metallic substrate via an innovative plasma-assisted deposition technique. It is not an adhesive-bonded diamond powder. The coating is comprised of carbon clusters which develop a crystalline structure and properties similar to a natural diamond. This procedure leaves the coating hydrogen free.
These tweezers perform well in demanding enviroments and working with hard samples or biological materials. Ideal for use in clean rooms. Tips stand up to repeated use. The body of the tweezer is non-magnetic, low carbon stainless steel. With Strong, Straight, Fine Tips.
OAL: 120 mm
Tip width: 0.12 mm
Tip thickness: 0.09 mm
Electron Microscopy Sciences Dumont Style E17B ESD Replaceable Tweezer Tips, 1.5 mm Tip width, 0.25 mm Tip thickness, OAL
Black ESD tips for WA1 tweezer handles.
Tips: Black ESD
Tip width: 1.5 mm
Tip thickness: 0.25 mm
Electron Microscopy Sciences Dumont WA1 Tweezer Handle with Style 15 ESD Tips, 5.35 mm Tip width, 0.30 mm Tip thickness, 130 mm OAL
These tweezers have an anti-magnetic WA1 handle with replaceable 15-DELRIN tips. Tips attach with screws. Length is 130 mm. Resistant up to temperatures of 400 degree C (DIN 50 914) and suitable for autoclave sterilization at 270 degree C.
Tips: Black ESD
Tip width: 5.35 mm
Tip thickness: 0.30 mm
OAL: 130 mm
Electron Microscopy Sciences EMS Diamond Like Carbon Tweezer Style 5B, 120 mm OAL
Diamond like carbon (DLC) tweezers feature tips covered in a pure diamond film grown directly on the exposed metallic substrate via an innovative plasma-assisted deposition technique. It is not an adhesive-bonded diamond powder. The coating is comprised of carbon clusters which develop a crystalline structure and properties similar to a natural diamond. This procedure leaves the coating hydrogen free.
These tweezers perform well in demanding enviroments and working with hard samples or biological materials. Ideal for use in clean rooms. Tips stand up to repeated use. The body of the tweezer is non-magnetic, low carbon stainless steel. With Offset, Fine Tips.
OAL: 120 mm
Tip width: 0.12 mm
Tip thickness: 0.07 mm
Electron Microscopy Sciences Dumont Style E15 ESD Replaceable Tweezer Tips, 5.35 mm Tip width, 0.3 mm Tip thickness, OAL
Black ESD tips for WA1 tweezer handles.
Tips: Black ESD
Tip width: 5.35 mm
Tip thickness: 0.3 mm
Electron Microscopy Sciences Dumont WA1 Tweezer Handle with Style 17B ESD Tips, 1.5 mm Tip width, 0.25 mm Tip thickness, 130 mm OAL
These tweezers have an anti-magnetic WA1 handle with replaceable 17B-DELRIN tips. Tips attach with screws. Length is 130 mm. Resistant up to temperatures of 400 degree C (DIN 50 914) and suitable for autoclave sterilization at 270 degree C.
Tips: Black ESD
Tip width: 1.5 mm
Tip thickness: 0.25 mm
OAL: 130 mm
Electron Microscopy Sciences EMS Diamond Like Carbon Tweezer Style 7, 120 mm OAL
Diamond like carbon (DLC) tweezers feature tips covered in a pure diamond film grown directly on the exposed metallic substrate via an innovative plasma-assisted deposition technique. It is not an adhesive-bonded diamond powder. The coating is comprised of carbon clusters which develop a crystalline structure and properties similar to a natural diamond. This procedure leaves the coating hydrogen free.
These tweezers perform well in demanding enviroments and working with hard samples or biological materials. Ideal for use in clean rooms. Tips stand up to repeated use. The body of the tweezer is non-magnetic, low carbon stainless steel. With strong tips, flat edges.
OAL: 120 mm
Tip width: 0.254 mm
Tip thickness: 0.127 mm