Our OEM embedded solutions are designed to allow a high level of flexibility to meet the needs of individual press brake manufacturers. Unlike traditional component suppliers, we partner with press brake manufacturers to provide unique, tailored hardware and software solutions that are configured to suit any level of functionality, performance and price and personalised to suit the manufacturer’s exact requirements.
Through close technical collaboration, we assist in streamlining your press brake design and production process, enabling you to deliver machines with the highest level of functionality, productivity and performance to your customers.
PCSS-A streamlines your electrical design by replacing conventional safety PLC's, relays, monitoring systems, guarding system controllers and muting hardware with a single, compact solution.
Compact and powerful
The small foot print requires minimal cabinet space with all safety, control and guarding elements connected directly to a single source. This cost effective design reduces the number of components and eliminates complex wiring for a clean and efficient cabinet layout.
CE Certified kernel software with pre-programmed safety function modules takes the work out of designing, testing and certifying system software. Custom safety function modules can be developed and certified by our engineering team as part of our value added service.
PCSS-A Series controllers provide an efficient and cost effective platform with fewer components, reduced wiring, simplified interface and a CE Certified hardware / software combination that minimises your design and build times.
Tailored drive control
The PCSS-A platform simplifies machine drive control with dedicated hardware and a wide range of pre-configured or individually customised software modules to suit hydraulic, hybrid and electric press brakes.
Hydraulic press brakes
The PCSS-A platform offers a wide selection of pre-configured valve control and monitoring options to suit most hydraulic designs, or we can tailor a control option to suit you. Hydraulic valve control is synchronised with the CNC proportional signals for an efficient and simple control solution.
Hybrid press brakes
Similar to the hydraulic control and valve monitoring options, PCSS-A offers standard or customised hybrid drive control options, including HOERBIGER ePrAX and ePrAX Modular.
Electric press brakes
Fully electric drive control has never been simpler. Selected PCSS-A Series controllers also offer high-current safety outputs that are specially designed to control and monitor electric drive braking systems.
Next level safety
PCSS-A with AutoSense technology automatically monitors machine operation and performance in real-time. Everything including machine control commands, motion, direction, speed and stopping performance is automatically monitored in order to maintain a high level of machine and operator safety. AutoSense also guarantees compliance with international safety standards that require automatic monitoring of machine overrun and safe speed.
AutoSense Ultimate adds advanced Dynamic Valve Monitoring technology to automatically monitor hydraulic valves, associated control commands and machine actions. Dynamic Valve Monitoring reduces machine build cost and complexity by eliminating the need for separate monitoring systems and monitoring sensors built into the hydraulic valves.
The laser field is processed by the receiver and divided into three continuous zones to detect obstructions entering from the front, sides and rear of the tool area.
The front zone provides protection forward of the tool while the middle zone protects the area just behind the tip of the punch. The rear zone provides additional protection for the open gaps created when segmented tooling is used.
The protective zones are independently and automatically muted to suit different shaped work pieces allowing parts to be formed safely at high speed to achieve maximum productivity.
Automatic tool alignment
BendShield automatically scans the upper tool to determine the tool profile then dynamically adjusts the protective zone relative to the tool tip.
Dynamic sensing technology
BendShield adapts to accomodate various part profiles from flat parts to box shaped parts with single and double sides flanges as well as back-gauge fingers for shorter bend cycles.
Advanced tool collision protection
BendShield not only protects machine operators, but protects against high-speed tool collisions. If operators accidentally install or program an incorrect tool, BendShield protects your tooling investment by avoiding high-speed collisions that could lead to tool damage.
Special tools detection
BendShield also works with a variety of upper tool profiles from V shaped punches to radius and flattening tools. The optical technology adapts to the tool profile to provide an optimal level of protection for machine operators.
Automatic Cycle Start (ACS)
Automatic Cycle Start enables more efficient processing of parts by automatically closing the tools to the mute-point without the operator having to press the foot pedal to start each cycle.
Adaptive Environment Sensing (AES)
An intuitive technology that automatically senses and adapts to variable environmental and machine conditions. Adaptive Environment Sensing technology maintains perfect system operation to ensure optimal machine performance on both standard and long bed machines, even in extreme operating conditions.
Soft Stop Mode
The Soft Stop Mode enables a decelerated stop instead of a hard-stop when the optical protection system detects an obstruction. This results in a smoother transition from fast closing speed to a complete stop. The Soft Stop Mode is available as an option with IRIS and IRIS Plus systems.
Fast Flattening Mode
When compatible flattening or hemming tools are used, a multi-stage muting process is activated to enable fast flattening operation. Fast Flattening Mode enables the tools to close at a higher speed before transitioning to bending speed just above the hem for reduced cycle times and improved productivity.
Every second counts
The ultimate solution for tandem press brakes
The PCSS-A platform expands the possibilities for machine control with the next generation solution for tandem press brakes. Our advanced Tandem Adaptor synchronises safety functions and control across both machines and paired with a dedicated optical system for flexible guarding in both single and tandem configurations.
For optical protection, the tandem solution incorporates the LZS-XL optical system that is also managed via the Tandem Adaptor. When in single configuration, both machines can operate independently at high-speed with separate sets of the LZS-XL providing optical protection on each machine and with the added benefit of enhanced performance by enabling a minimum speed change point of just 3mm for both flat sheet and box bending.
IRIS Optical Imaging Technology
IRIS and IRIS Plus optical imaging is a flexible technology platform that allows press brake manufacturers to utilise the real-time image data to develop and implement a wide variety of advanced functions and processes in the CNC system. The optical imaging technology requires supporting CNC system software that is co-developed and customised for each manufacturer.
Bend Speed Management
Bend Speed Management facilitates higher bending speeds in excess of 10mm/s when using wider V-dies. IRIS and IRIS Plus systems process real-time images of the bending process to calculate the angular velocity of the moving sheet and measure the speed at which the part is being formed. Faster bending speed is possible when the angular velocity is less than 135 degrees per second.
BendVision is an extension of our image processing technology that provides real-time analysis of the bending process. The technology is incorporated into the existing hardware of the IRIS Plus optical guarding system so that no extra components are required, resulting in an efficient and cost-effective solution for press brake manufacturers.
BendVision for angle measurement
BendVision technology provides a range of real-time angle measurement data that includes the inside and outside angles of the material, average angle, material warp angle, material spring back angle for various material types, thickness and grain direction, plus end of relaxation angle once the bend has been completed.
Mounting Bracket Solutions
We offer a range of mounting bracket solutions for attaching the laser transmitter and receiver to the press brake. Standard and custom sizes are available to suit various machine types, machine lengths and optical configurations.
|Linear encoder I/O||1, Y1 or Y2||2, both Y1 and Y2||2, both Y1 and Y2||2, both Y1 and Y2|
|Minimum encoder resolution||0.1 micron||0.1 micron||0.1 micron||0.1 micron|
|Speed capacity of the encoder counters||>300mm per second||> 300mm per second||> 300mm per second||> 300mm per second|
|Response time (hardware interrupts)||<1ms||<1ms||<1ms||<1ms|
|SD Card (back-up, data logging and high-speed software transfer)||-||-||-|
|Dimensions||229mm x 189mm x 45mm||229mm x 189mm x 45mm||229mm x 189mm x 45mm||229mm x 189mm x 57mm|
|PCSS-A Tandem Adaptor||-||-|
|IRIS / IRIS Plus||-||-|
|Third party light curtain support|
|Dual guarding support|
|Optical protection functions|
|Optical imaging functions||-||-||-|
|Laser transmitter||CLASS 1||CLASS 1||CLASS 1||CLASS 1||CLASS 1|
|Receiver type||Multi-sensor photocell||Multi-sensor photocell||Camera||Camera with integrated image processor||Camera with integrated high-speed image processor|
|Maximum recommended optical range||8 metres||8 metres||15 metres||8 metres||4.5 metres|
|Object detection resolution||4mm||4mm||3mm||2mm||2mm|
|Connector type||M12 8 pin||M12 8 pin||M12 12 pin||M12 12 pin||M12 12 pin|
|Tool compatibility||V tools and non-standard tools||V tools and non-standard tools||V tools and non-standard tools||V tools and non-standard tools||V tools and non-standard tools|
|Integrated status LEDs|
|Automatic tool alignment||-||-||-|
|Automatic alignment confirmation||-||-||-||-|
|Special tools mode||-||-||-|
|Soft stop mode||-||-||-|
|Fast flattening mode||-||-||-|
|Automatic Cycle Start (ACS)||-||-||-|
|Bend Speed Management (BSM)||-||-||-|
|Adaptive Environment Sensing (AES)||-||-|
|Minimum speed change point
- flat sheet bending
|8mm||6mm||3mm / 10mm||0mm||0mm|
|Minimum speed change point
- box bending
|8mm||6mm||3mm / 10mm||0mm||0mm|
|PCSS-A Series Compatibility|
|PCSS-A0 / PCSS-A0 Plus
|PCSS-A1 / PCSS-A2|
|PCSS-A Tandem Adaptor||-||-||-||-|
|Mounting Bracket Compatibility|
|Optical protection functions|
|Optical imaging functions|
|Maximum recommended optical range||8 metres||4.5 metres|
|Camera||Digital Image Sensor||Digital Image Sensor|
|Frame rate / frequency||10ms / 100Hz||10ms / 100Hz|
|Data resolution (sensor)||-||0.01 degrees|
|Type||Integrated high-speed image processor||Integrated high-speed image processor|
|Memory depth||-||Records up to 10 seconds (1000 images) of bend data per cycle|
|Measurement accuracy||-||Up to +/- 0.25 degrees|
|Measurement rate||-||10ms / 100Hz (synchronised with frame rate)|
|Bend Speed Management|
|Vertical bracket length||700mm||520mm / 700mm / 1000mm||700mm|
|Vertical adjustment range||488mm||350mm / 530mm / 830mm||500mm|
|Horizontal adjustment range||40mm||40mm||40mm|
|Maximum recommended machine length||4 metres||15 metres||8 metres|
|Precision linear bearings and rails||-|
|Free sliding operation||-|
|Automatic motorised drive system||-||-|
|Maximum speed of the motorised drive system||NA||NA||20mm/s|
|Adjustable locking handle||NA|
|Tool change lock||-||Manual||Automatic|
|IRIS / IRIS Plus||-|
Ready to take the next step? Our OEM Embedded Solutions are available to press brake manufacturers that seek a standardised long-term solution with a technical partnership to develop and enhance the overall design of their machines.
Our Partner Program
Our OEM Partner Program goes far beyond the normal scope of supplying products and services. We establish close technical and business relationships in order to develop a long-term partnership with each manufacturer which enables us to deliver and maintain the best and most up to date technology solutions. We work together with our partners to continually develop and evolve technology to meet the ever-growing safety and performance requirements of press brake users.
We take the time to meet with the press brake manufacturer to determine your specific design and market requirements, then recommend solutions that best suit your needs.
We tailor embedded technology solutions that blend seamlessly with your press brakes to achieve the most efficient, productive and functional design possible.
Our dedicated applications engineers visit you and work alongside your design engineers to assist with electrical and software integration, training and machine testing.
We support you from the initial design stage right through to final machine production and beyond. Our support team will assist you with your evolving production requirements and changes so you can maintain flexibility in responding to market demands.
Continuous development and support
As an ongoing process, we continue to work with our partners to provide the highest level of technical and engineering support, incorporating the latest technology and features as they become available as well as looking for ways to enhance machine design to help manufacturers deliver more to their customers.