Dreusicke offers the fine tools you will need for the maintenance and repair of office machines, computers, electronic and/or fine-mechanical devices. (for commercial users only)
- Improved transmission for increased service life
- Smoothly ground gripping surfaces f or damage-free gripping
- Durable, load-optimised design with backlash-free box joint
- High, slim sleeves for fine and comfortable gripping between thumb and index finger
- low-fric tion double spring for gentle and even opening
- Mirror-polishing instead of chrome-plating to avoid interference in the circuit with flaking chrome parts
- edges carefully deburred
- high transmission ratio for easy cutting
- requires 50 % less effort compared with con ventional combination pliers due to optimised transmission ratio
- solid construction for heav iest strain
- universally applicable
- ergonomically optimised handle shape for firm co ntact to the hand and fatigue reducing operation
- particularly effective cross-hatched knurle d gripping zone in the jaws - for strong gripping and pulling
- additional gripping zone below the joint for powerful leverage and pressing performance
- with cutting edges for soft and ha rd wire
- cutting edges additionally induction-hardened, cutting edge hardness approx. 62 HRC< /li>
- American style
- Fully open, push, grab!
- additional fast adjustment on the workpiece by sliding the p liers handle
- combines the proven, reliable locking of the hinge bolt with an additional push function which makes it easier to work in very confined and inaccessible areas
- the adjustme nt directly on the workpiece is possible by simply sliding the pliers handle
- reliable lockin g of the hinge bolt with the first workload. The gripping width of the pliers is then fixed and can only be adjusted by pressing the button.
- to re-activate the sliding function, the hinge bolt must be released by pressing the push button and the pliers must be completely opened again
- self-locking on pipes and nuts: no slipping on the workpiece and low handforce required
- gri pping surfaces with special hardened teeth, teeth hardness approx. 61 HRC: high wear resistance and stable gripping
- box-joint design for high stability due to double guide
- Pinch guard prevents operators' fingers being pinched
- heavy duty in continuous operation: up to 10 times longer service life compared to turned ti ps
- With inserted tips for reliable work
- heavy duty under continuous use
- up to 10 times longer service life
- precise, smoothly-operating screw joint
- forged < li>large contact faces on the tips: no distortion of circlips, easy fitting
- slim head style allows use in confined areas
- internal opening spring, protected and captive
- handles with non-slip plastic coating
- high bending strength of the pliers tips
- gripping surfaces cross-hatched
- pli ers with tether attachment point for mounting a fall protection system
- Spare part
Meets your requirements: Yellow hammer head / medium-hard: e.g. for tool and machine engineering, car repairs, sheet metal and assembly work.
Simplifies your work: Makes work easier, optimum impact effect and less effort needed.
Protects your health: Deadblow Hammering without recoil minimises loads on joints, tendons and muscles.
Product dimensions: 290 x 115 x 31 mm (LxWxD)
Application: Ideal for delivering measured positioning blows on components such as work pieces in machine vices or for installation work. Medium-hard hammer heads eminently suitable for tool and machine engineering, car repairs as well as sheet metal and assembly work.
Extra: With cast iron balls inside the hammer head for recoilless work.
Choosing the right hammer is particularly important on sensitive surfaces to prevent damage. With its steel tube handle, the no-recoil soft-faced hammer allows the user to deliver measured positioning blows, protecting delicate surfaces and edges through its high-impact effect. Thanks to the special metal filling in the hammer head, the soft-faced hammer also guarantees absolutely no recoil, thus protecting joints. Around 25% more hammer head mass ensures additional power. The yellow medium-hard hammer faces are ideal for universal use in areas such as tool and machine engineering as well as sheet metal and assembly work. The hammer is also impressive due to its steel tube handle with ergonomic, non-slip grip. Each hammer head is available individually as a spare part.
Product dimensions: 104 x 104 x 64 mm (LxWxD)
Application: For high torque transfer with small screws, especially when replacing indexable inserts on milling heads.
Application: Chrome-vanadium steel, through-hardened, bronzed.
Extra: Tip diagrams printed to scale.
Extra: Small, robust metal workbench holder to stand on workbench.
Handle: Wiha flag handle.
Blade: Chrome-vanadium steel, through-hardened, bronzed.
Content:
- 1x L-key with flag handle TORX®, black oxidised T6 x 62 mm (03725)
- 1x L-key with flag handle TORX®, black oxidised T7 x 67 mm (03726)
- 1x L-key with flag handle TORX®, black oxidised T8 x 72 mm (03727)
- 1x L-key with flag handle TORX®, black oxidised T9 x 74 mm (03728)
- 1x L-key with flag handle TORX®, black oxidised T10 x 74 mm (03729)
- 1x L-key with flag handle TORX®, black oxidised T15 x 80 mm (03730)
- 1x L-key with flag handle TORX®, black oxidised T20 x 80 mm (03731)
- 1x Workbench stand
Simplifies your work: Ideal for fine gripping and bending work in electronics.
Protects your health: Reduces strain from continuous work thanks to opening spring.
Lowers your costs: Electrostatically conductive tools protect electronic components from damage.
Product dimensions: 170 x 100 x 28 mm (LxWxD)
Application: Mainly for precision gripping and bending work.
Standards: DIN ISO 9655.
IEC 61340-5-1.
Simplifies your work: Ideal for fine gripping and bending work in electronics.
Protects your health: Reduces strain from continuous work thanks to opening spring.
Lowers your costs: Electrostatically conductive tools protect electronic components from damage.
Product dimensions: 143 x 92 x 18 mm (LxWxD)
Application: Mainly for precision gripping and bending work.
Standards: IEC 61340-5-1.
DIN ISO 9655.
