
Neo Tools Cable Cutter for copper and aluminum cables 440mm - 01-517
440 mm
On this page you'll find a ranking of the best Neo Tools products in this category. To give you a quick overview, we've already ranked the most important information about the products for you.
Cable cutter for copper and aluminum cables 440 mm, cutting range up to 20 mm, CrV steel, TÜV.
Neo Tools Cable Cutter for copper and aluminum cables 440mm - 01-517
440 mm
Wire cutter 210 mm, CrV steel, max. 5 mm wire, two-material handle, hardened jaws, TÜV.
NEO cutter for copper and aluminium cables is made in accordance with DIN 5749. Hardened jaws cut up to 10 mm in diameter. High quality chromium vanadium steel guarantees durability for years of use. The two-material ergonomic handle improves comfort. Tool quality is confirmed with a TÜV certificate and a 25-year manufacturer's warranty. The NEO brand meets the expectations of professionals.
Sheet shears, 260 mm, right-handed, 31-081, NEO, designed for roofing and metal works. The blades are perfectly fitted to ensure easy final cutting. The shears are suitable for both straight and curved cutting. They can be used on steel sheets with a maximum thickness of 1.5 mm. The jaws are forged from high carbon steel and induction hardened to a hardness of 55-60 HRC. The handles feature rubber-coated grips, which prevent slipping during handling, even when wearing work gloves.
Product characteristics:
- Sheet shears, 260 mm, right-handed
- Perfect fitting
- Facilitated final cutting
- For steel sheets with a maximum thickness of 1.5 mm
- Ergonomic rubber-coated grip
- Grips made of eco-friendly material
- Spring for improved work comfort
- For straight and curved cutting
Technical specifications:
- Size: 260 mm
- Hot forged steel
- High quality induction hardened cutting jaw
- Cutting jaws hardness: 55-60 HRC
- Material:
- Jaws: CrMo steel
- Grip: rubber-coated.
Sheet shears, 280 mm, right-handed, 31-083, NEO, designed for roofing and metal works. The blades are perfectly fitted to ensure easy final cutting. The shears are suitable for both straight and curved cutting. They can be used on steel sheets with a maximum thickness of 1.5 mm. The jaws are forged from high carbon steel and induction hardened to a hardness of 55-60 HRC. The handles feature rubber-coated grips, which prevent slipping during handling, even in work gloves.
Product characteristics:
- Sheet shears, 280 mm, right-handed
- Perfect fitting
- Facilitated final cutting
- For steel sheets with a maximum thickness of 1.5 mm
- Ergonomic rubber-coated grip
- Grips made of eco-friendly material
- Spring for improved work comfort
- For straight and curved cutting
Technical specifications:
- Size: 280 mm
- Hot forged steel
- High quality induction hardened cutting jaw
- Cutting jaws hardness (55-60 HRC)
- Material:
- Jaws: CrMo steel
- Grip: rubber-coated.
Sheet shears, 300 mm, right-handed, 31-085, NEO. Designed for roofing and metal works, the blades are perfectly fitted to ensure easy final cutting. The shears are suitable for both straight and curved cutting and can be used on steel sheets with a maximum thickness of 1.5 mm. The jaws are forged from high carbon steel and induction hardened to a hardness of 55-60 HRC. The handles feature rubber-coated grips, which prevent slipping during handling, even when wearing work gloves.
Product characteristics:
- Sheet shears, 300 mm, right-handed
- Perfect fitting
- Facilitated final cutting
- For steel sheets with a maximum thickness of 1.5 mm
- Ergonomic rubber-coated grip
- Grips made of eco-friendly material
- Spring for improved work comfort
- For straight and curved cutting
Technical specifications:
- Size: 300 mm
- Hot forged steel
- High quality induction hardened cutting jaw
- Cutting jaws hardness (55-60 HRC)
- Material:
- Jaws: CrMo steel
- Grip: rubber-coated.
Sheet shears, 260 mm, left-handed, model 31-082, NEO, designed for roofing and metal works. The blades are perfectly fitted to ensure easy final cutting. The shears are suitable for both straight and curved cutting and can be used on steel sheets with a maximum thickness of 1.5 mm. The jaws are forged from high carbon steel and induction hardened to a hardness of 55-60 HRC. The handles feature rubber-coated grips, which prevent slipping during handling, even when wearing work gloves.
Product characteristics:
- Sheet shears, 260 mm, left-handed
- Perfect fitting
- Facilitated final cutting
- Suitable for steel sheets with a maximum thickness of 1.5 mm
- Ergonomic rubber-coated grip
- Grips made of eco-friendly material
- Spring for improved work comfort
- Suitable for straight and curved cutting
Technical specifications:
- Size: 260 mm
- Hot forged steel
- High quality induction hardened cutting jaw
- Cutting jaws hardness: 55-60 HRC
- Material:
- Jaws: CrMo steel
- Grip: rubber-coated.
Copper and aluminium cable cutter 380MM2, 01-401, NEO is an instrument for cutting aluminium and copper cables and wires designed for installation and assembly works. Also known as ratchet shears, it features an integrated ratchet mechanism that enables cutting cables with varied diameters and retracting the movable blade at any stage of work. This makes the cutter easier to handle, as it requires minimum force to cut the wire.
This tool combines high hardness steel for the cutting part and PVC for the grip coating. The blade is covered with a galvanic coating to prevent corrosion and ensure high strength.
Product characteristics:
- Aluminium and copper cable and wire cutter
- For max 380 mm2 wires
- Ratchet mechanism
- Safety lock
- Blade covered with galvanic coating
Material:
- Blade: steel hardness 50 HRC
- Handles: PVC.
Side cutters 160 mm, cutting surface hardness 55-60 HRc, cutting edges hardened inductively, DIN 5749, two-material handle, TÜV.
The NEO TOOLS bolt cutter is characterized by its hardened, forged jaws made of chrome-molybdenum steel, which have a hardness of 40 HRC. With the ability to precisely cut materials up to a diameter of 10 mm, the plastic-coated, ergonomic handles provide comfort and control during use. Additionally, there is the option to finely adjust the convergence of the cutting jaws to further enhance efficiency.