


Hardened & Extra Short Blade
Optimal Power Transmission

Optimal Power Transmission
with Hanging Hole

Two Component Handle
Slotted

Blade Rust Proof & Acid Resistant
Light (up to 50% Lighter than Steel)

Two Component Handle

Hardened Blade
with Hanging Hole

One Component Handle
Optimal Power Transmission

Insulated to IEC 60900
In Accordance to DIN 5264/DIN ISO 2380

Optimal Power Transmission
Autoclavable (Heating of the Tools to Over 100 deg C


Two Component Handle & with Hanging Hole

Twist End Cap
Blades Made from Special Steel

With Two Component Handle
Non Ferrous Alloy

Short Execution & Continuous Hardened

Non-sparking, Explosion Proof, Corrosion Resistant & Very Breakage Resistant
With Hanging Hole, Parallel Blade & Two Component Handle

Electro Static Discharge-Electrostatically Protect
Precision Helical Pressure Spring

In Accordance to DIN 7439
Hexagon

Hanging Hole & Hardened Blade
Rust Proof & Acid Resistant

With Hanging Hole
Hardened Blade

Anti Magnetic & Extremely Durable
With Hanging Hole

Short Execution
Continuous Hardened

With Hanging Hole
Two Component Handle

With Hanging Hole
Anti Magnetic & Extremely Durable

Insulated to IEC 60900
Hardened Blade

Hardened Blade
with Hanging Hole

Hardened Blade
Optimal Power Transmission

Extremely Long Service Life
Autoclavable (Heating of the Tools to Over 100 deg C

with Hanging Hole
Two Component Handle

with Hanging Hole
Optimal Power Transmission

Autoclavable (Heating of the Tools to Over 100 deg C
Extremely Long Service Life

Insulated to IEC 60900
Special steel

Extreme Resistance to Intergranular Corrosion & Oxidation
Rust Proof & Acid Resistant

Extreme Resistance to Intergranular Corrosion & Oxidation
With External Hexagon Drive to DIN 3126 / ISO 1173

Autoclavable (Heating of the Tools to Over 100 deg C
Extreme Resistance to Intergranular Corrosion & Oxidation

Extremely Long Service Life
Rust Proof & Acid Resistant

Two Component Handle & with Hanging Hole
High Corrosion & Wear Protection

Non Ferrous Alloy
Optimal Power Transmission

Two Component Handle

One Component Handle
Limited Torque

One Component Handle
Optimal Power Transmission