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.
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Filtered Search Results
Electron Microscopy Sciences EMS Swiss Line Standard Tweezer Style 5AR, 115 mm
Standard tweezer with an ultra fine pointed, curved and angled precision tip.
OAL: 115 mm
Width: M: 10 mm
Gap: N:1.5 mm
Tip length: P: 34 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Standard SA Steel Tweezers Style 3M, 70 mm OAL
With more than fifty years of experience, RUBIS tweezers represents authentic Swiss quality. The material used in these tweezers is SA steel, which is acid-proof, stainless steel, 100% antimagnetic and it is resistant to HF and nitric acid. Pointed, thin and fine mini-tweezers.
OAL: 70 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Durax Tweezers Style 3, 120 mm
The resistant tweezers. With a 616HV Vickers-hardness, the tip of Rubis DURAX tweezers is six times harder than the tip of a standard steel tweezers. Even with intensive use, Rubis DURAX tweezers retain their original precision. The advanced material properties guarantee higher resistance against normal wear and tear, providing a considerably longer service life. Their specially-hardened chrome-magnesium steel is also used in the manufacture of surgical
OAL: 120 mm
Width: M: 10 mm
Gap: N:1.5 mm
Tip length: P: 50 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Durax Tweezers Style 0, 120 mm
The resistant tweezers. With a 616HV Vickers-hardness, the tip of Rubis DURAX tweezers is six times harder than the tip of a standard steel tweezers. Even with intensive use, Rubis DURAX tweezers retain their original precision. The advanced material properties guarantee higher resistance against normal wear and tear, providing a considerably longer service life. Their specially-hardened chrome-magnesium steel is also used in the manufacture of surgical
OAL: 120 mm
Width: M: 10 mm
Gap: N:1.5 mm
Tip length: P: 51 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Tweezers Style 2G
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Tweezers Style 5AG
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
OAL: 110 mm
Tip Width: 9 mm
Gap: 1.5 mm
Tip length: 30 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Tweezers Style 5ARG, 115 mm
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
OAL: 115 mm
Tip Width: 10 mm
Gap: 1.5 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
Learn More
Electron Microscopy Sciences Rubis Durax Tweezers Style 7, 120 mm
The resistant tweezers. With a 616HV Vickers-hardness, the tip of Rubis DURAX tweezers is six times harder than the tip of a standard steel tweezers. Even with intensive use, Rubis DURAX tweezers retain their original precision. The advanced material properties guarantee higher resistance against normal wear and tear, providing a considerably longer service life. Their specially-hardened chrome-magnesium steel is also used in the manufacture of surgical
OAL: 120 mm
Width: M: 11 mm
Gap: N:1.5 mm
Tip length: P: 34 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Tweezers Style 7G, 115 mm
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
OAL: 115 mm
Tip Width: 10 mm
Gap: 1.5 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
Learn More
Electron Microscopy Sciences Rubis Tweezers Style 3G, 120 mm
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
OAL: 120 mm
Tip Width: 10 mm
Gap: 1.5 mm
Tip length: 50 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Tweezers Style 3CG, 110 mm
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
OAL: 110 mm
Tip Width: 9 mm
Gap: 1.5 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Tweezers Style 4G, 110 mm
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
OAL: 110 mm
Tip Width: 10 mm
Gap: 1.5 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Axal Tweezers Style 2, 120 mm
Axal has high yield strength and is 100% antimagnetic. It is highly resistant to corrosion, stress corrosion cracking and hydrogen embattlement. Temperature resistance of 500 degree C. Good fatigue strength.
OAL: 120 mm
Width: M: 10 mm
Gap: N:1.5 mm
Tip length: P: 34 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Tweezers Style 1G, 120 mm
Light weight tweezers have ultra fine presision tips are engineered with a non-slip grip. GRIP. Made from austenitic, acid-proof stainless steel, 100% anti-magnetic (SA). Also resistent to hydrogen fluoride (HF) and nitric acid. Melting point 1400 degree C.
OAL: 120 mm
Tip Width: 10 mm
Gap: 1.5 mm
Tip length: 50 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
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Electron Microscopy Sciences Rubis Axal Tweezers Style 3C, 110 mm
Axal has high yield strength and is 100% antimagnetic. It is highly resistant to corrosion, stress corrosion cracking and hydrogen embattlement. Temperature resistance of 500 degree C. Good fatigue strength.
OAL: 110 mm
Width: M: 9 mm
Gap: N:1.5 mm
Tip length: P: 43 mm
Non-distribution item offered as a customer accommodation; additional freight charges may apply.
Learn More