Tweezers

Coupling tweezers. (Licence REPA) Assists when coupling and de-coupling model trains gauge 0 and I being equipped with a screw coupling. Length about 150 mm, stainless steel.

Jewellers tweezers, curved, half pointed. Fitted with guide pin to keep points together. Approx. length 120 mm.

Special holder, 3 prongs out of wire. Made of metal.

Tweezers scissors, 130mm length, for cutting small pieces of paper or thin cardboard.

Reverse action tweezers with duck-bill business end. Length 160 mm.

Precision tweezers, with fine curved points. Anti-magnetic stainless steel. Length 108 mm.

Third hand. Tweezers on iron base, adjustable as you like by 2 ball and socket joints. Leaves both hands free for work.

Steel tweezers, fitted with a Lock for continuos gripping. Approx. 120 mm long.

Reverse action tweezers, curved with heat resilient handle to 100° C for soldering. Length 160 mm.

Reverse action tweezers, with heat resilient handle to 100° C for soldering. Length 160 mm.

Cutting tweezers, 15 AGW from EREM, with slanting tip, for precisely detaching small parts from etched details up to approx. 0.25 mm. Length 115 mm.

Small Reverse action tweezers, length 57 mm, grooved jaws, opening of jaws max. 2 mm.

Mechanics tweezers, made of steel and for general purpose work. Curved points.

Assembly tweezers for model en-gineering, made of high-grade stainless steel, with thin finely ground smooth faced jaws. Ideal for assembling small units. Length 120 mm.

Assembly Tweezers with two flat even jaws, 45-degree angle, approx. length 125 mm.

Jewellers tweezers with fine points. Length 125 mm approx.

Watch makers tweezers. Precision tweezers with fine pointed ends, antimagnetic. Length 115 mm.

Plastic Tweezers, white, length 150 mm, width of points approx. 3.5 mm. Plastic Tweezers, blue, length 85 mm, width of points approx. 3 mm.

Titanium Tweezers, heat resistant, solder repellent, length 120 mm.

Touch Point tweezers reduce the amount of work by approx. 33% due to the attached recessed grips (ergonomically designed). The forces acting on tweezer tips and gripped components are reduced to a minimum. The tweezers are retained for...