Products Details

Holmatro New Car Technology (NCT) cutters are specially designed to cut new car constructions.
They are available for CORE systems with pump and hose or in Greenline battery-driven versions.

All our NCT cutters are standard supplied with:
Unique blade design. The U-shaped blades on the NCT cutters are specially designed to surround the material and pull it in into the cutting recess, where it is cut at the strongest point of the cutter.

i-Bolt Technology
A flat central bolt construction squeezing the blades together directly (no blade holder in between!) and more tightly. This minimizes blade separation and maximizes cutting performance.

LED lighting
Integrated in the carrying handle.
• All 4000 series NCT cutters are equipped with 4 LED lights
• All 5000 series NCT cutters are equipped with 6 LED lights

5000 series cutters
Our 5th generation of NCT cutters are lighter than ever, without any concessions on performance. Some important features and benefits are:

Lightweight
• Weight reduction thanks to new materials, component integration and intelligent design
• Easy to carry and handle, reducing physical burden

Ergonomic carrying handle
• New design increases operator comfort in various working positions

Optimized cutting edge
• Durability meets performance. We have optimized the cutting edge of our NCT blades for a long blade life and a superior cutting performance on modern cars.

Inclined cutter CU 5050 i
This cutter has a unique inclined cutter jaw for additional ergonomics at various applications, such as cutting the roof or the rocker panel. It eliminates the need to lift the tool above your head or to bend over deeply. It also leaves more space for the tool to move, when cutting pillars from the side.

What is CORE™ Technology?
CORE™ Technology (Coaxial Rescue Equipment Technology) refers to the hoses, couplers (and valves) of a rescue system. In other words the way hydraulic oil is directed from the pump to the tool and vice versa. A traditional dual hose system consists of a separate pressure and return hose connecting pump and rescue tool. A CORE™ system consists of only one hose: a high pressure inner hose inside a low pressure outer hose. The hydraulic principle and tool performance of CORE™ Technology and traditional technology are of course identical.
Why CORE™ Technology?
CORE™ Technology is a revolutionary turning point in rescue tool technology and deﬁnitely more than a new piece of equipment. It allows you, as a rescuer, to rethink and simplify your extrication techniques and your standard operating procedures. Once working with CORE™, you will discover the unprecedented beneﬁts it offers. Compared to working with a traditional system, working with CORE™ is safer, easier & quicker.
Safer
One hose system (hose in hose) - protected power
increased safety for the rescuer; high pressure hose inside and protected by low pressure outer hose

CORE™ Technology is safer, more user-friendly, saves time and manpower
Para-aramid fiber reinforced hose (no steel)		Safety couplers
- no risk of kinking or pinholes		- one step auto-lock coupler - two step uncoupling system

CORE™ para-aramid reinforced	Dual steel reinforced	- couples and locks in just one push	- accidental uncoupling impossible during operation
Hose testing		According to international safety norms

- all testing according to every appropriate safety norm		- 4:1 safety ratio for both pressure and return line - according to EN 13204 and NFPA 1936 (Certiﬁcates by independent body available)

Easier & Quicker

Simple set up

Simple set up Changing tools under flow during use

- connect CORE™ hose to pump or tool with or without pump running

- change tools any time without operating a release valve on the pump

saves precious manpower

Para-aramid reinforced hose

- no kinking

- easy to handle / manoeuvre

- easy to roll and unroll

- light weight

- easy storage

Maintenance friendly

- less couplers
- less hoses
- no pigtail hoses on tools
- no release valves on pumps

- all hoses with standard hose binders for easy storage

Unique CORE™ couplers

Coupler mounted directly on the tools

- 360° rotating couplers on tool and on pump; no hose entanglement

- no pigtail hoses necessary

- tool couplers not lying in the dirt

- no swinging couplers
- CORETM Technology

- compact, space saving in rescue vehicle

- Dual hoses

- maintenance friendly flat face couplers

One hand coupling

- easy to clean

- no dirt inside couplers

article number			150.012.286
model			CU 5030 CL
equipped with (connector type)			CORE
short description			Cutter
max. working pressure		bar/Mpa	720 / 72
max. cutting opening		mm	170
theoretical cutting force		kN/t	579 / 59
required oil content (effective)		cc	155
hydraulic oil type			ISO-L HV VG 15/22
NCT			•
weight, ready for use		kg	9.5
temperature range		°C	35
dimensions (AxBxC)		mm	674 x 270 x 188
round bar (S235 acc. to EN 13204)		mm	31
EN 13204 compliant			Yes
EN 13204 classification			BC150F-9.5
EN 13204, cutting capacity			1H 2G 3G 4F 5G
NFPA 1936 compliant			Yes
NFPA 1936, cutting capacity			A6 B5 C6 D6 E6
Safety factors / tests
hydraulic safety factor	2:1
endurance test tool	1000 cycles of biting in material that cannot be cut
endurance test dead man’s handle	6000 cycles

Standard supplied with
• Carrying handle with integrated LED lighting
• Built-in Speed Valve
• Redesigned, ergonomic control handle with improved grip
• CORE Technology: quicker, safer, easier

article number			150.012.287
model			CU 5030 i CL
equipped with (connector type)			CORE
short description			Cutter
max. working pressure		bar/Mpa	720 / 72
max. cutting opening		mm	170
theoretical cutting force		kN/t	549 / 56
required oil content (effective)		cc	155
hydraulic oil type			ISO-L HV VG 15/22
NCT			•
weight, ready for use		kg	9.5
temperature range		°C	35
dimensions (AxBxC)		mm	685 x 275 x 253
round bar (S235 acc. to EN 13204)		mm	31
EN 13204 compliant			Yes
EN 13204 classification			BC150F-9.5
EN 13204, cutting capacity			1H 2G 3G 4F 5G
NFPA 1936 compliant			Yes
NFPA 1936, cutting capacity			A6 B5 C6 D6 E6
Safety factors / tests
hydraulic safety factor	2:1
endurance test tool	1000 cycles of biting in material that cannot be cut
endurance test dead man’s handle	6000 cycles

article number			150.012.279
model			CU 5040
equipped with (connector type)			CORE
short description			Cutter
max. working pressure		bar/Mpa	720 / 72
max. cutting opening		mm	170
theoretical cutting force		kN/t	794 / 81
required oil content (effective)		cc	189
hydraulic oil type			ISO-L HV VG 15/22
NCT			•
weight, ready for use		kg	13.1
temperature range		°C	35
dimensions (AxBxC)		mm	692 x 271 x 190
round bar (S235 acc. to EN 13204)		mm	36
EN 13204 compliant			Yes
EN 13204 classification			BC165I-13.1
EN 13204, cutting capacity			1I 2I 3I 4J 5J
NFPA 1936 compliant			Yes
NFPA 1936, cutting capacity			A7 B7 C6 D7 E8
Safety factors / tests
hydraulic safety factor	2:1
endurance test tool	1000 cycles of biting in material that cannot be cut
endurance test dead man’s handle	6000 cycles

article number			150.012.290
model			CU 5040 i
equipped with (connector type)			CORE
short description			Cutter
max. working pressure		bar/Mpa	720 / 72
max. cutting opening		mm	170
theoretical cutting force		kN/t	764 / 77.9
required oil content (effective)		cc	189
hydraulic oil type			ISO-L HV VG 15/22
NCT			•
weight, ready for use		kg	13.2
temperature range		°C	35
dimensions (AxBxC)		mm	706 x 300 x 262
round bar (S235 acc. to EN 13204)		mm	36
EN 13204 compliant			Yes
EN 13204 classification			BC165I-13.2
EN 13204, cutting capacity			1I 2I 3I 4J 5J
NFPA 1936 compliant			Yes
NFPA 1936, cutting capacity			A7 B7 C6 D7 E8
Safety factors / tests
hydraulic safety factor	2:1
endurance test tool	1000 cycles of biting in material that cannot be cut
endurance test dead man’s handle	6000 cycles

article number			150.012.300
model			CU 5050
equipped with (connector type)			CORE
short description			Cutter
max. working pressure		bar/Mpa	720 / 72
max. cutting opening		mm	182
theoretical cutting force		kN/t	1412 / 144
required oil content (effective)		cc	290
hydraulic oil type			ISO-L HV VG 15/22
NCT			•
weight, ready for use		kg	15.7
temperature range		°C	35
dimensions (AxBxC)		mm	752 x 278 x 200
round bar (S235 acc. to EN 13204)		mm	41
EN 13204 compliant			Yes
EN 13204 classification			BC165K-15.7
EN 13204, cutting capacity			1K 2K 3K 4K 5K
NFPA 1936 compliant			Yes
NFPA 1936, cutting capacity			A8 B8 C7 D9 E9
Safety factors / tests
hydraulic safety factor	2:1
endurance test tool	1000 cycles of biting in material that cannot be cut
endurance test dead man’s handle	6000 cycles

article number		150.012.288
model		CU 5060
equipped with (connector type)		CORE
short description		Cutter
max. working pressure		bar/Mpa	720 / 72
max. cutting opening		mm	205
theoretical cutting force		kN/t	1793 / 182.8
required oil content (effective)		cc	311
hydraulic oil type			ISO-L HV VG 15/22
NCT			•
weight, ready for use		kg	19.6
temperature range		°C	35
dimensions (AxBxC)		mm	807 x 321 x 200
round bar (S235 acc. to EN 13204)		mm	47
EN 13204 compliant			Yes
EN 13204 classification			CC205K-19.6
EN 13204, cutting capacity			1K 2K 3K 4K 5K
NFPA 1936 compliant			Yes
NFPA 1936, cutting capacity			A9 B9 C9 D9 E9
Safety factors / tests
hydraulic safety factor	2:1
endurance test tool	1000 cycles of biting in material that cannot be cut
endurance test dead man’s handle	6000 cycles

article number			150.012.289
model			CU 5060 i
equipped with (connector type)			CORE
short description			Cutter
max. working pressure		bar/Mpa	720 / 72
max. cutting opening		mm	205
theoretical cutting force		kN/t	1765 / 180
required oil content (effective)		cc	311
hydraulic oil type			ISO-L HV VG 15/22
NCT			•
weight, ready for use		kg	19.8
temperature range		°C	35
dimensions (AxBxC)		mm	820 x 342 x 285
round bar (S235 acc. to EN 13204)		mm	47
EN 13204 compliant			Yes
EN 13204 classification			CC205K-19.8
EN 13204, cutting capacity			1K 2K 3K 4K 5K
NFPA 1936 compliant			Yes
NFPA 1936, cutting capacity			A9 B9 C9 D9 E9
Safety factors / tests
hydraulic safety factor	2:1
endurance test tool	1000 cycles of biting in material that cannot be cut
endurance test dead man’s handle	6000 cycles