Tweezers and Forceps for Laboratories
Saint-Gobain Pinzette Chemware™ con rivestimento in PTFE
Per la manipolazione di materiali caldi o chimicamente attivi
Bochem™ Sharp Bent Round Forceps
Finely pointed and curved forceps. Bochem™ Sharp Bent Round Forceps are constructed of stainless steel.
Schneider Gerd™ Pinze e pinzette Gerd Schneider™
Use these forceps for a variety of applications. Schneider Gerd™ Forceps are made of stainless steel with blunt tips.
Excelta™ Pinzette di precisione Excelta™ con punte diritte medie resistenti
Strong tips for long life
Semadeni™ Pinzette in polipropilene
Provides for precise, fine manipulation in the laboratory. Semadeni™ Polypropylene Tweezers offer good chemical resistance.
Bochem™ Pinze in acciaio inox 18/10
Type 2. Bochem™ 18/10 Stainless Steel Forceps, Sharp Tip contain a bent round tip.
Bochem™ Pinze autobloccanti con punta curva in acciaio inox
Manufactured from stainless steel. BOCHEM™ Stainless Steel Bent Tip Self tensing Forceps are useful for a wide variety of uses.
Bochem™ Pinze in acciaio inox 18/10
Manufactured from 18/10 stainless steel. Bochem™ 18/10 Stainless Steel Forceps serve a wide variety of functions in the lab.
Bochem™ Pinze per tessuto in acciaio inox
Manufactured from stainless steel. BOCHEM™ Stainless Steel Tissue Forceps serve a variety of laboratry uses.
Cole-Parmer™ Pinzette in poliammide
Use these general purpose tweezers for a more precise grip. Cole-Parmer™ Polyamide Tweezers are serrated with rounded tips.
Bel-Art™ Pinze per coprivetrini SP Scienceware™
Punte sagomate per sollevare facilmente il vetrino coprioggetto. Le pinzette per vetrini coprioggetto Bel-Art™ SP Scienceware™ sono completamente rivestite con FEP Teflon™ marrone e sono conformi alle normative FDA relative al contatto diretto con gli alimenti.
Hirschmann™ Aspirette™ Vacuum-tweezer
Position and pick up objects with ease. Hirschmann™ Aspirette™ Vacuum-tweezer is perfect for picking up and positioning diverse plane objects up to a maximum weight of 70 grams.
Fisherbrand™ Pinze con estremità smussate in acciaio inox
Caratterizzate da una superficie non adesiva con rivestimento in PTFE a cui possono aderire in modo permanente solo pochissime sostanze liquide o solide. Le pinze con estremità smussate in acciaio inox Nickel Electro™ con eccellenti proprietà di non bagnabilità sono facili da pulire e possono essere sottoposte a sterilizzazione a vapore o chimica.
Cole-Parmer™ Miltex™ Iris Tissue Forceps
Feature the highest quality stainless steel, crafted to the most exacting standards
Fisherbrand™ PTFE Tweezers, Fine Square
Fisherbrand™ PTFE Tweezers, Fine Square are inert and non-contaminating
Cowie Technology™ PTFE Square-End Tweezers
Cowie Technology™ PTFE Square-End Tweezers are inert to virtually all chemical reagents and completely non-contaminating.
Thermo Scientific™ Nalgene™ Stainless-Steel Forceps
Nalgene Stainless-Steel Forceps are available in bent or straight-tip styles. Bent-tip style is designed for easy removal and manipulation of filter membranes.
Cole-Parmer™ Round-Tapered Tip Tweezers
A slightly larger tip provides more surface area and gripping ability
Cole-Parmer™ Stainless Steel Tweezers with Flat Tip
Recommended for micro electronics and precision assembly
Saint-Gobain Chemware™ PTFE Forceps
For laboratory work involving hot, cold, delicate, or highly reactive materials
Thermo Scientific™ Pinzette tipo forbici in polipropilene Nalgene™
Avoid corrosion from acid exposure with Thermo Scientific™ Nalgene™ Polypropylene Scissor-Type Forceps, which are chemically compatible with most lab reagents.
Laboratory tweezers and forceps are small tools useful in a range of laboratory and other working environments for gripping and manipulating small or delicate objects.
Laboratory tweezers and forceps are typically made of disposable plastics such as polystyrene, or autoclavable and reusable plastics such as PMP (polymethylpentene), PTFE, reinforced nylon, or polypropylene. Plastic versions may often be supplied sterile in individual packs for use in cleanrooms and other controlled environments. Alternatively, tweezers and forceps are also widely available made from stainless steel, titanium or other metals for corrosion resistance, chemical resistance, and greater durability.
Tweezers and forceps find multiple application in a range of working environments:
- In the laboratory for manipulation of small or delicate objects, for example 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 watchmakers) for manipulation of small components
Tweezers and forceps are available in a range of sizes, styles and design variations:
- With pointed, blunt, rounded, curved, angled or flat tips
- With plain or serrated inner surfaces for extra grip
- With scissor-type handles
- With defined dimensions for precision work
- With foam or silicone-covered handles or tips for extra grip
- With self-closing/locking guide pins to keep the tips aligned for a firmer grip
- With an inert PTFE coating to prevent contamination, scratching or damage of delicate samples