Type 71MZ Ceramic replaceable tip tweezers are suitable to applications which require holding a small component firmly. The Ceramic tips provide the tweezers with outstanding resistance to high temperatures and aggressive environments combined with
Type 71MZ Ceramic replaceable tip tweezers are suitable to applications which require holding a small component firmly. The Ceramic tips provide the tweezers with outstanding resistance to high temperatures and aggressive environments combined with
Type 2AMZ Ceramic replaceable tip tweezers are suitable to applications which require holding a flat component firmly. The Ceramic tips provide the tweezers with an outstanding resistance to temperature and aggressive environments combined with
Type 2AMZ Ceramic replaceable tip tweezers are suitable to applications which require holding a flat component firmly. The Ceramic tips provide the tweezers with an outstanding resistance to temperature and aggressive environments combined with
Type 249CF Plastic replaceable tip tweezers are suitable to applications which require holding a component firmly. The Carbon Fiber reinforced ESD Plastic provides the tweezers with ESD and non-scratching properties.
Type 249CF Plastic replaceable tip tweezers are suitable to applications which require holding a component firmly. The Carbon Fiber reinforced ESD Plastic provides the tweezers with ESD and non-scratching properties.
Type M3 mini tweezers are suitable to delicate applications which require holding a small component firmly while granting good visibility. The short body allows a firmer grip combined with greater practicality.
Type M3 mini tweezers are suitable to delicate applications which require holding a small component firmly while granting good visibility. The short body allows a firmer grip combined with greater practicality.
Type M2A mini tweezers are suitable to delicate applications which require holding a flat component firmly. The short body allows a firmer grip combined with greater practicality.
Type M2A mini tweezers are suitable to delicate applications which require holding a flat component firmly. The short body allows a firmer grip combined with greater practicality.
Type 4 high precision tweezers are suitable to delicate applications which require holding a small component firmly while granting good visibility. Tip/Head description: straight, very fine, sharp, superior finish Body material: Anti-Magnetic
Type 4 high precision tweezers are suitable to delicate applications which require holding a small component firmly while granting good visibility. Tip/Head description: straight, very fine, sharp, superior finish Body material: Anti-Magnetic
Type 3 high precision tweezers are suitable to delicate applications which require holding a small component firmly while granting good visibility. Tip/Head description: straight, fine, pointed, superior finish Body material: Anti-Magnetic Anti-Acid
Type 3 high precision tweezers are suitable to delicate applications which require holding a small component firmly while granting good visibility. Tip/Head description: straight, fine, pointed, superior finish Body material: Anti-Magnetic Anti-Acid
Type 36A high precision tweezers are suitable to applications which require holding a flat component firmly. The bent tips help to hold the component still during positioning and increase ergonomics.
Type 36A high precision tweezers are suitable to applications which require holding a flat component firmly. The bent tips help to hold the component still during positioning and increase ergonomics.
Type 34A high precision tweezers are suitable to applications which require holding a flat component firmly. The line serration provides the handles with extra grip.
Type 34A high precision tweezers are suitable to applications which require holding a flat component firmly. The line serration provides the handles with extra grip.
Type 33A high precision tweezers are suitable to applications which require holding a flat component firmly. The tip circular geometry provides maximum visibility.
Type 33A high precision tweezers are suitable to applications which require holding a flat component firmly. The tip circular geometry provides maximum visibility.
Stainless Steel probes are rust-free and equipped with knurled handles which prevent any possible slips. Body material: Inox MPTSP1 Stainless Steel probe is suitable to scrape hard components.
Stainless Steel probes are rust-free and equipped with knurled handles which prevent any possible slips. Body material: Inox MPTSP1 Stainless Steel probe is suitable to scrape hard components.
Stainless Steel probes are rust-free and equipped with knurled handles which prevent any possible slips. Body material: Inox MPTSP1 Stainless Steel probe is suitable to scrape hard components.
Stainless Steel probes are rust-free and equipped with knurled handles which prevent any possible slips. Body material: Inox MPTSP1 Stainless Steel probe is suitable to scrape hard components.