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 EMS Wafer Tweezers Style 2W
These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.
Tip Width: 6.5 mm
Depth: 5.0 mm
Tip Lip: 2.5 mm
Offset: 4.0 mm
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
Roboz Surgical DUMONT TWZR #3C .17X.10 110MM
Dumont Tweezers; Pattern #3C; .17 X .10mm Tip Size; 110mm Length; Material: Inox
Electron Microscopy Sciences Style 272, 1/EA
Specially designed for the electronics industry, these tweezers feature durable and self-aligning replacement tips and anti-magnetic stainless steel handles. Replaceable tip tweezers offer a significant cost savings. Excellent for handling sensitive electronic components, and ceramic and glass parts where non-metallic non-scratching is critical. Replaceable tip tweezers - straight, flat, squared. Length:5" (130mm). ESD safe.
Roboz Surgical GRAEFE FCPS 2.75 IN SERR STR
Graeffe Forceps; Serrated, Straight; 0.6mm Tip Width; 2.75 in. Length
Electron Microscopy Sciences EMS Tweezers Style 5X, NC Ultra-Fine, Extra fine tips, self closing Tips
The tweezers are the Swiss highest quality.
Grade: NC Ultra-Fine
Tips: Extra fine tips, self closing
OAL: 110 mm
Electron Microscopy Sciences EMS Wafer Tweezers Style 8WF
These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.
Tip Width: 28.5 mm
Depth: 12.0 mm
Tip Lip: 2.2 mm
Offset: 3.5 mm
Electron Microscopy Sciences Rubis Ion Tweezers Style 1, 120 mm OAL
This innovation has resulted in a special coating surface on the tweezers which releases silver ions. These ions act as an anti-bacterial agent which helps protect the user from contamination of any pathogens. Unlike other methods, the use of ion technology does not give rise to any resistance. Consequently, it represents a risk-free method of guaranteeing hygiene, even at workstations where instruments are used by several different people.
Made from finest stainless steel grade, these tweezers are perfect companions for your daily use in the laboratory.
We recommend that safety gloves still be used whenever handling any infectious materials.
OAL: 120 mm
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 4, Electronic, Inox 02, Polished Finish, 110 mm OAL
Style 4 tweezers have strong 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: 110 mm
Tip width: 0.13 mm
Electron Microscopy Sciences Curved Forceps with Medium Serrated Tips, 152 mm,
EMS Brand, Swiss made forceps from low carbon austenitic steel, corrosion resistance, high quality, curved tips.
Length: 152 mm
Tips: Serrated Tips
Electron Microscopy Sciences Dumont Tweezers Positive Action Style 4, High Precision, Inox 02, Polished Finish, 110 mm OAL
Style 4 tweezers have very 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: High Precision
Material: Inox 02
Finish: Polished
OAL: 110 mm
Tip width: 0.17 mm
World Precision Instrument Dressing Forceps, 30.5cm
Dressing Forceps, also known as thumb forceps or pickups, are surgical instruments characterized by their long, thin handles and serrated tips. They are typically used when dressing wounds where they hold gauze and other dressings. They may also be used during wound debridement to remove infected or necrotic tissue or debris from the wound. They may be used for suturing when needle holders are not accessible. Dressing forceps are designed to grip delicate tissue without causing damage, and they are often used in situations where precision and control are important. These dressing forceps have straight blades and rounded (blunt) tips. They are available in various sizes: 12.5 cm (5"), 15.5 cm (6.1"), 25.5cm (10"), or 30.5 (12") long.
Sklar Instruments Needle Holder Sklar Microscopy Surgical 1/EA
Needle Holder Sklar Microscopy Surgical 1/EA
World Precision Instrument Dumont Tweezers #5, 11cm, Straight, Self-closing, 0.05x0.01mm Tips, Biology
Dumoxel Material Information
Resistant to staining, but slightly softer and less magnetic than stainless steel (Rockwell Hardness measurement of 36). Higher resistance to corrosion due to high content of molybdum and chromium. Very resistant to sulphuric acid, hydrochloric acid and other mineral and organic acids. Autoclavable. More likely to bend than to break. The maximum temperature this material can withstand is 350° C.
Dumostar Material Information
Highly resistant to metal fatigue, has great elasticity, and is durable (Rockwell Hardness measurement of 62). Resistant to mineral and organic acids, salt. Autoclavable. More likely to break than to bend. The maximum temperature this material can withstand is 550° C.