Finger Cots are ideal for handling small parts where a full glove is not required. They are designed for automotive, electronic assembly, industrial, and medical applications, and pharmacies. Bertech's Finger Cots are available in latex, nitrile, ESD safe, and black static dissipative material. They are made to minimize the effects of perspiration, body oils, salts, and hand cream. Finger Cots are also used to keep moisture and dirt out of cuts or stitches.

ESD Finger Cots are made from natural latex rubber. They are designed to provide comfort and sensitive touch for workers in electronics and healthcare field. Bertech's ESD Finger Cots conform to the contour of the fingers after donning. These finger cots are washed under a controlled process to remove particles and reactive ions. They may be used for Class II static sensitive devices.

General Purpose Finger Cots are made of 100% natural latex in rolled style and are powder free. They are ideal for handling small parts where a full glove is not required. Bertech's General Purpose Finger Cots have a smooth surface that make them more conducive to industrial as well as medical applications. They are also used to keep moisture and dirt out of cuts or stitches.

Industrial Grade Finger Cots are made of heavy 14 mil natural rubber latex material. These finger cots are tough, durable and re-usable. They are primarily used where sharp objects are involved. They are unrolled, lightly powdered and textured for a better grip.

Nitrile Finger Cots are made from 100% nitrile and are free from latex rubber. They have an anti static agent blended with nitrile material for consistent surface resistivity. Bertech's Nitrile Finger Cots are powder free, chlorine free, sulfur free, protein free, and silicone free. They may be used in handling and assembling Class II ESD devices. These finger cots have excellent resistance to oil, grease and chemicals.

Static Dissipative Finger Cots are powder free and made from 100% sheer latex material. These finger cots are primarily used where static charge is a major concern. They are ideal for electronic, pharmaceutical, and semiconductor facilities. They are available in 4 mil and 16 mil thickness.