• 4 3/4″ – 120 mm.
• Straight, fine tips, superior finish.
• Suitable to applications which require holding a small component firmly while granting good visibility.

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI n  umber 316L).ontains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

• 4 3/4″ – 120 mm.
• Straight, thick, strong, superior finish.
• Suitable to applications which require holding a component firmly.

Body material: Stainless Steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
  
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

• 4 3/4″ – 120 mm.
• Straight, thick, strong tips, serrated handle, superior finish.
• Suitable to applications which require holding a component very firmly.
• The line serration provides the handles with extra grip, also preventing any possible slips.
  

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

• 4 3/4″ – 120 mm.
• Straight, thick, strong, line serrated and serrated handles, superior finish.
• Suitable to applications which require holding a component very firmly.
• The line serration provides the tips and the handles with extra grip, also preventing any possible slips.
  

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

• 3 1/2″ – 90 mm.
• Straight, fine, sharp, superior finish.
• 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.
  

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

• 4 3/4″ – 120 mm.
• Straight, fine, superior finish.
• Suitable to applications which require holding a component firmly.

Body material: Stainless Steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
  
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

• 4 3/4″ – 120 mm.
• Straight, fine, pointed, superior finish.
• Suitable to delicate applications which require holding a small component firmly while granting good visibility.
• It is also equipped with very hard, stiff tips and body to prevent it from bending.
  

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

Body material: Stainless steel/inox type S.

• Martensitic higher carbon steel.
• Contains from 12.5 to 14.5 wt% chromium.
• Magnetizable.
• Can be hardened by heat treatment, forming should be done in the annealed condition.
• Less resistant to corrosion than the austenitic or ferritic grades.
• Used where strength and/or hardness are of primary concern and where the environment is relatively mild from a corrosive standpoint.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in mild aggressive chemical environments.

Body material: Carbon Steel type C.

• Carbon steel (Material number 1.1221, Ck60, AISI 1060).
• Contains from 0,57-0,65 wt% carbon.
• Magnetizable.
• Will be hardened by heat treatment, max. hardness 60 HRC.
• Poor resistance to corrosion.
• Used where strength and/or hardness are of primary concern.
• Typical applications include tweezers and cutting tools for the electronic industry, watch-makers, jewelers applications.

Body material: Superalloy NC.

• Ni-Cr-Mo superalloy.
• Excellent strength from room temperature to 800°C.
• Fully non-magnetic (100%).
• Resistant to fatigue, very high shape retention.
• Excellent corrosion resistance to most chemicals, salts and acids.
• Typical applications include non-magnetic tools for electronic and watch industry applications and for laboratory and medical applications in aggressive chemical and extreme environments (aerospace, nuclear, marine).

Body material: Nonferrous alloy type TA.

• Titanium Grade 1 (unalloyed titanium).
• Engineering materials with extraordinary combination of properties: relatively low density (4.5 g/cm³), good mechanical properties and a very high melting point that allows the use at high temperatures 870°C.
• Fully non-magnetic (100%).
  
• Good corrosion resistance at room temperature to air, marine and a variety of industrial environments.
• Good cold formability, high ductility.
• Generally it is used when in addition to the corrosion resistance, high strength-to-weight ratio is required.
• Typical applications include handling of components in cleaning/chemical processes also at high temperature, histology, biology, medicine, surgery.

• 4 1/4″ – 110 mm.
• Straight, thick, beveled, line serrated, serrated handles, superior finish.
• Suitable to delicate applications which require holding a component very firmly while granting good visibility.
• The line serration provides the tips and the handles with extra grip, also preventing any possible slips.
  

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

• 4 3/4″ – 120 mm.
• Straight, very fine, pointed, superior finish.
• Suitable to applications which require holding a small component firmly while granting good visibility.
  

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

Body material: Superalloy NC.

• Ni-Cr-Mo superalloy.
• Excellent strength from room temperature to 800°C.
• Fully non-magnetic (100%).
• Resistant to fatigue, very high shape retention.
• Excellent corrosion resistance to most chemicals, salts and acids.
• Typical applications include non-magnetic tools for electronic and watch industry applications and for laboratory and medical applications in aggressive chemical and extreme environments (aerospace, nuclear, marine).

• 4 3/4″ – 120 mm.
• Straight, fine, round, flat, superior finish.
• Suitable to delicate applications which require holding a flat component firmly.
  

Body material: Stainless steel type SA.

• Low carbon austenitic steel (Material number 1.4435, DIN X2CrNiMo18-14-3, AISI number 316L).
• Contains from 16.5 to 18.5 wt% chromium and has important quantities of nickel and molybdenum as additional alloying elements.
• Non-magnetizable (80%).
• Good corrosion resistance to most chemicals, salts and acids.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in moderately aggressive chemical environments.

Body material: Stainless steel/inox type S.

• Martensitic higher carbon steel.
• Contains from 12.5 to 14.5 wt% chromium.
• Magnetizable.
• Can be hardened by heat treatment, forming should be done in the annealed condition.
• Less resistant to corrosion than the austenitic or ferritic grades.
• Used where strength and/or hardness are of primary concern and where the environment is relatively mild from a corrosive standpoint.
• Typical applications for the electronic industry, watch-makers, jewelers and laboratory and medical applications in mild aggressive chemical environments.

Body material: Carbon Steel type C.

• Carbon steel (Material number 1.1221, Ck60, AISI 1060).
• Contains from 0,57-0,65 wt% carbon.
• Magnetizable.
• Will be hardened by heat treatment, max. hardness 60 HRC.
• Poor resistance to corrosion.
• Used where strength and/or hardness are of primary concern.
• Typical applications include tweezers and cutting tools for the electronic industry, watch-makers, jewelers applications.

Body material: Superalloy NC.

• Ni-Cr-Mo superalloy.
• Excellent strength from room temperature to 800°C.
• Fully non-magnetic (100%).
• Resistant to fatigue, very high shape retention.
• Excellent corrosion resistance to most chemicals, salts and acids.
• Typical applications include non-magnetic tools for electronic and watch industry applications and for laboratory and medical applications in aggressive chemical and extreme environments (aerospace, nuclear, marine).

Body material: Nonferrous alloy type TA.

• Titanium Grade 1 (unalloyed titanium).
• Engineering materials with extraordinary combination of properties: relatively low density (4.5 g/cm³), good mechanical properties and a very high melting point that allows the use at high temperatures 870°C.
• Fully non-magnetic (100%).
  
• Good corrosion resistance at room temperature to air, marine and a variety of industrial environments.
• Good cold formability, high ductility.
• Generally it is used when in addition to the corrosion resistance, high strength-to-weight ratio is required.
• Typical applications include handling of components in cleaning/chemical processes also at high temperature, histology, biology, medicine, surgery.