Morgan Rushworth PBSL Compact CNC Hydraulic Sheet Metal Press Brake
The Morgan Rushworth PBSL CNC press brakes feature an ESA S 640 CNC control with a 15” touch screen for numerical and 2D graphical programming. Bending is visualised in 2D, showing the machine frame, tools, and part orientation, with PC-based software allowing programs to be loaded from the office via networking.
These models offer 3-axis CNC control of the ram cylinders and back gauge, with high-precision scales ensuring synchronisation and ram parallelism. Standard features include AKAS laser guards, euro-style top tools, and a multi-vee bottom die, with options for crowning systems and CNC-controlled R-axis.
| BENDING POWER | BENDING LENGTH | DIST BETWEEN COLUMNS | Y RAPID SPEED | Y WORKING SPEED | Y RETURN SPEED | TRAVEL IN X AXIS | SPEED OF X AXIS | TRAVEL IN R AXIS (OPTIONAL) | SPEED OF R AXIS (OPTIONAL) | NO. OF BACKGUAGE FINGERS | NO. OF SHEET SUPPORT ARMS | OIL CAPACITY | MOTOR POWER | STROKE | DAYLIGHT | THROAT DEPTH | TABLE HEIGHT | TABLE WIDTH | LENGTH | WIDTH | HEIGHT | WEIGHT | |
| MODEL | Tonne | A mm | B mm | mm/sec | mm/sec | mm/sec | mm | mm/sec | mm | mm/sec | Litre | kw | C mm | D mm | E mm | F mm | G mm | L mm | W mm | H mm | kg | ||
| PBSL CNC 3100/120 | 120 | 3,100 | 2,550 | 160 | 10 | 130 | 600 | 150 | 160 | 150 | 2 | 2 | 140 | 11 | 180 | 375 | 255 | 850 | 60 | 3,850 | 1,185 | 2,250 | 5,500 |
| PBSL CNC 3100/160 | 160 | 3,100 | 2,550 | 160 | 10 | 130 | 600 | 150 | 160 | 150 | 2 | 2 | 140 | 15 | 180 | 375 | 255 | 850 | 60 | 3,850 | 1,185 | 2,250 | 6,650 |
| PBSL CNC 3100/200 | 200 | 3,100 | 2,550 | 160 | 10 | 130 | 600 | 150 | 160 | 150 | 2 | 2 | 140 | 18.5 | 210 | 445 | 255 | 850 | 60 | 3,850 | 1,325 | 2,550 | 7,800 |
Features
- ESA S640 multi-axis CNC control with numerical and 2D graphical programming and visualisation, mounted on a 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
- Manual adjustment of back gauge height – R axis
- Manual side to side movement of back gauge fingers – Z axis
- Back gauge fingers with fine depth adjustment, adjustable laterally on a linear rail
- Euro style top tool holders with wedge style intermediates
- Sectionalised goose neck top tool and multi vee bottom die
- AKAS laser tooling guards for enhanced ease of use
- High precision linear scales for measurement of the stroke depth
- Hydraulic ram travel guided in low friction slide ways
- High approach and return speeds for production bending
- Height adjustable front support arms
- Electrically interlocked side guards
Options
- CNC control of back gauge height – R axis
- Manual bottom tool crowning system with position counter
- CNC bottom tool crowning system
- Quick release top tool clamping system
- Additional back gauge fingers
- Additional front support arms
General Sheet Metal Press Brake Maintenance
21st October 2026
Bending aluminium: alloy, radius and marking considerations
21st October 2026
Bending stainless steel: repeatability and surface finish
21st October 2026
Supporting heavy components at the press brake
21st October 2026
New CNC press brake or used premium machine: a practical comparison
21st October 2026
What affects the cost of a CNC press brake package?
21st October 2026
Reducing press brake setup time in mixed and repeat production
21st October 2026
How to assess CNC press brake accuracy before buying
21st October 2026
Choosing a press brake for boxes, channels and return flanges
21st October 2026
Press brake tooling: selecting punches and dies for real components
21st October 2026
Press brake crowning: maintaining consistent angles along long bends
21st October 2026
Press brake tonnage and V-die selection: assess the whole bend
21st October 2026
Choosing a press brake controller and offline programming package
21st October 2026
Choosing a CNC press brake backgauge for complex components
21st October 2026
Press brake axes explained: choosing the movements your components need
21st October 2026
From Fibre Laser to Press Brake Removing the Next Production Bottleneck
13th October 2026
CNC Machine Running Costs: What to Include in the Comparison
30th September 2026
Before a CNC Machine Arrives: CAD/CAM and Training Checklist
30th September 2026
How to Program Tooling on the ESA 875 Press Brake Controller
6th October 2025
Mastering the Fundamentals of Metal Bending
25th September 2025
Referencing your CNC Press Brake using ESA Controls
5th October 2018
Parking your CNC Press Brake using ESA Controls
5th October 2018
Referencing of CNC Press Brakes when switched off with beam up
5th October 2018
The Advantages of Slowing Down the Folding / Bending Speed on your Press Brake
12th January 2018
How to perform bump bending on a Morgan Rushworth Sheet Metal Press Brake
19th September 2017
Can you justify a CNC press brake for small batch work
21st August 2017
How to set up your Press Brake Tool Alignment Correctly
21st October 2016
Tips and Tricks on Press Brake Safety FAQ
21st October 2016
How to Set the Laser Guards On The Morgan Rushworth Press Brake After You Have Changed Your Top Tooling
21st October 2016
How to Manually Adjust and Setup Crowning on a Press Brake FAQ
4th July 2016
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Frequently Asked Questions
Why would I choose a PBSL rather than a conventional-height press brake?
The PBSL is designed for installations where machine height is a constraint, such as some low-ceiling workshops. Its suitability must still be checked against the building, access and actual parts. A lower machine does not remove the need for installation and maintenance clearance.
Are all PBSL models the same height?
No. The published height is 2,250 mm for the 120-tonne and 160-tonne models, but 2,550 mm for the 200-tonne model. Check the selected machine rather than applying the lowest figure to the range. Allow additional clearance for installation and servicing.
What bending capacity does the PBSL offer?
The listed models have a 3,100 mm bending length, with 120-tonne, 160-tonne or 200-tonne capacities. Select the force against the material, thickness, bend length and tooling. A low-height requirement should be considered alongside the capacity needed for normal production.
Which movements are CNC controlled on the PBSL?
The standard arrangement controls Y1, Y2 and X. Backgauge height and lateral finger positioning are manual in the listed standard specification, with CNC R-axis control available as an option. Include that upgrade where repeated height changes are an important part of the job.
Can a low-height PBSL still make deep boxes?
Check the part rather than assuming a compact machine has the same clearance as a taller press brake. Daylight, stroke, throat depth, tooling height and the bend sequence all matter. Send the finished shape and required tooling details so the component can be reviewed before selection.
What controller and tooling are listed for the PBSL?
The PBSL specification identifies ESA S640 control and Euro-style tooling arrangements, including sectional gooseneck upper tooling and a multi-V die. Confirm the exact tooling and programming package in the quotation, particularly for unusual radii, return flanges or marking-sensitive materials.
What should I check before putting a PBSL beneath a mezzanine?
Check the clear height, delivery and lifting route, maintenance access, services and the movement of the largest component. Building and floor suitability must be assessed for the actual location. A machine-height figure alone is not sufficient to approve the installation.
Can I arrange servicing and a Service Plan for the PBSL?
Yes. Selmach provides servicing and offers optional Service Plans for the PBSL. Ask us to quote a plan around your machine and production hours. Servicing frequency, support and call-out provision depend on the selected cover and agreed terms; a Service Plan is separate from the machine purchase unless expressly included.