Morgan Rushworth XPH 3700.160 Hybrid Press Brake

The Morgan Rushworth XPH range of hybrid press brakes are designed with an individual electro-hydraulic servo drive system for each of the left and right cylinders. With this system the hydraulics run on demand when the foot pedal is activated, rather than having a pump running continuously. This results in lower energy usage than a standard hydraulic machine as well as faster cycle times and extremely high accuracy.

All models are fitted with the ESA VIS-875W CNC control featuring a 21” touch screen and both numerical and 2D graphical program entry. These machines follow a rigorous design and manufacturing process to ensure minimum deflection of the machine frame under maximum working pressure. AKAS laser tooling guards are standard and offer a vastly improved operator experience without compromising safety. A comprehensive range of options are available to fully tailor the machine to requirements including 6-axis or 8-axis configurations.

Morgan Rushworth XPH 3700.160 Hybrid Press Brake

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Features

Approximately 60% less energy use when idle
Approximately 45% less energy use during bending
Approximately 30% faster cycle times
ESA VIS-875W multi-axis CNC control with numerical and 2D graphical programming and 2D or 3D visualisation
Control mounted on height adjustable pendant arm
Fully synchronised CNC control of left and right upper beam cylinder position – Y1 + Y2 axis
CNC control of back gauge depth – X axis
CNC control of back gauge height – R axis
Manual side to side movement of back gauge fingers – Z axis
Euro style top tool holders with intermediates
Sectionalised goose neck top tool and multi vee bottom die
CNC bottom tool crowning system
AKAS laser tooling guards for enhanced ease of use
Strong rigid welded mono block frame able to withstand deflection under maximum load
High precision linear scales for measurement of the stroke depth which are mounted on the side frames rather than the top beam to prevent any inaccuracy through distortion as the beam comes under load
Hydraulic ram travel guided in low friction slide ways
Large open height and generous ram stroke
Deep reinforced throat in side frames
High approach and return speeds for production bending
Front support arms with flip stop, adjustable on a linear rail
Dual foot switch console with emergency stop
Electrically interlocked side guards
Electrically interlocked rear access door

Options

Optional off line ESA Bend 3D Software with Control Viewer
Independent CNC control of side to side movement of back gauge fingers – Z1 + Z2 axis
Independent CNC tower back gauge system – X1 + R1 + Z1, X2 + R2 + Z2
Laser angle measurement system with live feedback to CNC control
Quick release top tool clamping system
Hydraulic top and bottom tool clamping system
Additional back gauge fingers
Additional front support arms
CNC sheet follower support arms
Parking area for sheet follower support arms – one per side

Technical Information

MODEL		XPH 3700.160
Bending Power	tonne	160
Bending Length (Over Tooling)	mm	3700
Bending Length (Between Frames)	mm	3250
Y Axis Approach Speed	mm/sec	200
Y Axis Bending Speed (Maximum)	mm/sec	10
Y Axis Return Speed	mm/sec	200
X Axis Travel	mm	750
X Axis Speed	mm/sec	350
R Axis Travel	mm	160
R Axis Speed	mm/sec	240
No of Back Gauge Fingers		2
No of Sheet Support Arms		2
Stroke	mm	260
Daylight	mm	530
Throat Depth	mm	410
Table Height	mm	880
Table Width	mm	60
Oil Capacity	litre	2 x 55
Motor Power	kW	2 x 9.2
Nominal Power (excluding options)	kW	34.6
Length	mm	5450
Width	mm	2800
Height	mm	2905
Weight	kg	10700

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