Secure your personal online consultation with tangible product samples from our Technology Case. All you need to do is make an appointment with our customer service representative. We will do the rest.
IP65 housing sample
3D printed demo housing to showcase various technical solutions for screw domes, cable guides, clipable board mounts and sealing concepts. This very robust housing solution is ideal for integrating a more complex electronics unit, such as an Iot gateway. The recess at the front provides sufficient installation depth for integrating a membrane keypad.
IP65 housing pattern keyfacts:
– 3D Printed Plastic Housing
– Material: Polyamide 12
– Color: Grey / Black
– Integrated screw domes, cable guides, clipable board mounts
– Integrated sealing concepts
– Ideally suited for the integration of complex electronics units and a membrane keypad
Made by:
ROSI IoT Gateway
ROSI is the powerful, purpose-built hardware for IoT applications. ROSI is a battery-powered or continuously operating IoT gateway. This sensor interface communicates with our proprietary cloud via an integrated modem equipped with an M2M SIM card. With its stable and robust housing (according to IP65), this gateway can be used in any environment. In addition, ROSI can be equipped with a variety of sensors or connections to different bus systems. Connect sensors with ROSI, transfer data securely to the cloud with ROSI, and trigger follow-up processes and services automatically.ROSI IoT Gateway keyfacts:
– Battery powered IoT gateway
– Integrated modem with M2M SIM card
– Variety of sensors connectable
– GPS antenna
– Integrated membrane keypad
– Robust housing (according to IP65)
Made by:
Handheld housing sample
This sample shows a 3D printed solution for handheld housings. Ideally applicable for mobile operating devices for data acquisition or transmission. Smaller electronic units can be easily integrated into the two-part plastic housing made of polyamide 12. The recessed top leaves enough installation depth for a membrane keypad.
Handheld housing sample keyfacts:
– 3D Printed Plastic Housing
– Material: Polyamide 12
– Color: Grey / Black
– Ideally suited for the integration of small electronic units and a membrane keypad
Made by:
Demo membrane keypad on printed circuit board
This sample shows a rigid membrane keypad on a printed circuit board with component placement.
For better stability and high resistance or to integrate a lighting unit, the otherwise flexible membrane keypad is built on a rigid PCB. Depending on the selected PCB thickness, the membrane keypad remains flat with a low installation height, but allows individual electronics assembly.
The middle key shows the contact area on the PCB, which is necessary for the integration of a contact spring. A contact spring has been installed under the F1 and F2 keys, which allows tactile feedback when pressed.
Demoboard Membrane keypad on printed circuit board keyfacts:
– Printed circuit board including component placement
– Flat installation height
– High stability and resistance
– Printed circuit board necessary for illumination of membrane keypads
– Especially suitable for harsh environments
Made by:
Demo tap2.cloud membrane keypad
tap2.cloud is a system for marking and identifying devices using RFID/NFC technology. The transponder is integrated directly into the membrane keypad and can be read with an NFC-enabled smartphone. The information stored in the NFC chip can be individually determined and easily managed via the Connect One Cloud. With a customizable web app, the linked information can be made available to your customers in an appealing way.
The membrane keypad also features differently embossed key shapes. Important functions can be better highlighted with embossing for easier finger guidance. For this purpose, the decorative film (polyester film) is formed by hot or cold embossing.
Polyester film can be embossed in the following shapes key edge, key high, dome or cushion.
Demo tap2.cloud membrane keypad keyfacts:
– Polyester film printed via digital printing
– Slide-in window for individual slide-in strips
– Integrated NFC chip
– Various embossing shapes shown
You can find more information in our whitepaper “tap2.cloud – The smart product identification”.
Made by:
Illuminated capacitive sensor film slide-by-slide
The slide-by-slide model gives you an insight into the individual components of an illuminated capacitive sensor foil integrated into a 3D printed plastic housing. This sample shows our extensive portfolio of services, from screen-printed sensor film to electronics and housing.
Capacitive sensor film slide-by-slide keyfacts:
– 3D printed housing top and bottom shell, material PA12
– Printed cover glass
– Ultra-thin, translucent sensor film
– Light partitioning
– Electronics unit
Made by:
Illuminated capacitive sensor film
The illuminated capacitive sensor film can be operated effortlessly via light touches.
By pressing the sensor fields, the color changes from white to green and sounds an acoustic feedback. The 3D printed plastic housing optimally protects the electronics and is smudge, abrasion and UV resistant.
The capacitive sensor film is printed using a screen printing process. The transparent, translucent sensor areas are additively printed onto a flexible polyester film using special pastes. Thanks to long-life LED technology and a sophisticated design, the sensor fields can be illuminated homogeneously and brightly.
Illuminated capacitive sensor film keyfacts:
– Transparent, translucent sensor film
– Printed cover glass (protects the sensor film and is easy to keep clean)
– Integrated lighting with light partitioning
– integrated electronics unit and controller
– 3D Printed Plastic Housing
Made by:
tap2.cloud Input device
tap2.cloud is a system for marking and identifying devices using RFID/NFC technology. The transponder is integrated directly into the operating front and can be read with an NFC-enabled smartphone. The information stored in the NFC chip can be individually determined and easily managed via the Connect One Cloud. With a customisable web app, the linked information can be made available to your customers in an appealing way.
tap2.cloud input device Keyfacts:
– Cover foil printed with mirror color (brushed metal effect)
– Capacitive keys with haptic dome (GT technology)
– Capacitive slider
– Illuminated NFC tag
– Control unit recessed in aluminum support part
You can find more information in our whitepaper “tap2.cloud – The smart product identification”.
Made by:
Demoboard SideLED
The SideLED demo board shows our unique SideLED technology, which is used to illuminate keys and symbols on membrane switches. This space-saving technology enables homogeneous individual key illumination with color change via RGB LEDs. With a height of 2.2 mm for the keypad assembly, the LED technology requires only slightly more space than an EL film.
In this demo board, the entire keyboard assembly was flush-mounted in a 0.7 mm thick, completely anodized aluminum carrier part. The viewing window on the back provides a view of the assembled electronic components.
Demoboard SideLED keyfacts:
– SideLEDs for homogeneous illumination of key surfaces, symbols and frames
– Key illumination with color change (RGB) possible
– GT technology and embossing for finishing
– “Dead front effect” makes transparent windows appear invisible
– Electronics assembly on printed circuit board
– Proximity sensor for lighting without active actuation
– Anodized aluminum carrier part
– Keyboard assembly starting at 2.2 mm
Data sheet SideLED lighting
Quick guide Demoboard SideLED
Learn more about SideLED technology.
Made by:
HeliBar – Online barcode scanner
The Helibar was equipped with customized hardware, which stands out with its ease of use and robustness (IP65). Depending on the option, an integrated quad-band 2GGSM/GPRS modem or a pentaband 3G UMTS modem of the latest generation are available for data transmission.
Both data transmission and remote maintenance take place exclusively over the air. This means that scan data can be transmitted via an IP connection (GPRS) or also as a fallback via SMS and do not require any additional components. The Helibar can read all common 1D or also 2D barcodes. Charging is done wirelessly.
Helibar keyfacts:
– 2G/3G online barcode scanner for mobile data collection
– Data transmission and remote maintenance over the air
– Protected according to IP 65
– 1D or 2D barcodes readable
– Wireless charging
Made by:
7 ” Terminal
The 7 inch terminal shows our know-how in the field of gluing and dispensing touch systems. The half-sided unprinted glass provides a glimpse into the interior of the terminal. Here, the black polyurethane gasket, which is precisely dispened in position, becomes visible. Under clean room conditions, the glass is wet-bonded to the stainless steel housing.
7″ Terminal keyfacts:
– 3 piece stainless steel housing deep black powder coated
– Printed cover glass
– Glass pane wet glued in housing frame
Made by:
4.3″ touch system slide-by-slide
The slide-by-slide sample shows a 4.3″ touch system. The various assemblies give you an insight into our extensive service portfolio in the field of custom input systems.
4.3″ touch system slide-by-slide keyfacts:
– Cover glass, anti-reflective, with C-edge grinding, screen printed
– Optical Bonding Technology
– 4.3″ PCAP touch display with chip on tail
– Brushed stainless steel housing frame
– SMD assembled board
– Brushed stainless steel case cover
Made by:
4.3″ touch system
With the 4.3″ touch system we show you a complete solution including the touch screen, electronics and software as well as the housing. A product that is ready for immediate use thanks to plug and play.
The operating unit can be controlled easily and intuitively via the 4.3″ PCAP touch display. Using the LOCA optical bonding process, we bond the touch display to the cover glass and eliminate an air gap that would otherwise occur. This improves the touch functionality and the brilliance of the user interface.
For the stainless steel housing, two U-shaped stainless steel frames are welded together. Polishing and grinding make the weld seams virtually invisible, so that the individual parts merge into a single unit. The brushed stainless steel housing gives the touch system a noble design and protects the device from external influences at the same time. Smooth communication and function are ensured by the in-house equipped electronics unit.
4.3″ touch system keyfacts:
– Cover glass, anti-reflective, with C-edge grinding, screen printed
– Optical bonding technology to bond touch display and cover glass
– Brushed stainless steel housing
– Electronics unit SMD equipped
– Incl. Software programming
– Immediately ready for use via plug and play
Made by:
4.3″ touch system
With the 4.3″ touch system we show you a complete solution including the touch screen, electronics and software as well as the housing. A product that is ready for immediate use thanks to plug and play.
The operating unit can be controlled easily and intuitively via the 4.3″ PCAP touch display. Using the LOCA optical bonding process, we bond the touch display to the cover glass and eliminate an air gap that would otherwise occur. This improves the touch functionality and the brilliance of the user interface.
For the stainless steel housing, two U-shaped stainless steel frames are welded together. Polishing and grinding make the weld seams virtually invisible, so that the individual parts merge into a single unit. The brushed stainless steel housing gives the touch system a noble design and protects the device from external influences at the same time. Smooth communication and function are ensured by the in-house equipped electronics unit.
4.3″ touch system keyfacts:
– Cover glass, anti-reflective, with C-edge grinding, screen printed
– Optical bonding technology to bond touch display and cover glass
– Brushed stainless steel housing
– Electronics unit SMD equipped
– Incl. Software programming
– Immediately ready for use via plug and play
Made by:
4.3″ touch system slide-by-slide
The slide-by-slide sample shows a 4.3″ touch system. The various assemblies give you an insight into our extensive service portfolio in the field of custom input systems.
4.3″ touch system slide-by-slide keyfacts:
– Cover glass, anti-reflective, with C-edge grinding, screen printed
– Optical Bonding Technology
– 4.3″ PCAP touch display with chip on tail
– Brushed stainless steel housing frame
– SMD assembled board
– Brushed stainless steel case cover
Made by:
Handheld housing sample
This sample shows a 3D printed solution for handheld housings. Ideally applicable for mobile operating devices for data acquisition or transmission. Smaller electronic units can be easily integrated into the two-part plastic housing made of polyamide 12. The recessed top leaves enough installation depth for a membrane keypad.
Handheld housing sample keyfacts:
– 3D Printed Plastic Housing
– Material: Polyamide 12
– Color: Grey / Black
– Ideally suited for the integration of small electronic units and a membrane keypad
Made by:
7 ” Terminal
The 7 inch terminal shows our know-how in the field of gluing and dispensing touch systems. The half-sided unprinted glass provides a glimpse into the interior of the terminal. Here, the black polyurethane gasket, which is precisely dispened in position, becomes visible. Under clean room conditions, the glass is wet-bonded to the stainless steel housing.
7″ Terminal keyfacts:
– 3 piece stainless steel housing deep black powder coated
– Printed cover glass
– Glass pane wet glued in housing frame
Made by:
ROSI IoT Gateway
ROSI is the powerful, purpose-built hardware for IoT applications. ROSI is a battery-powered or continuously operating IoT gateway. This sensor interface communicates with our proprietary cloud via an integrated modem equipped with an M2M SIM card. With its stable and robust housing (according to IP65), this gateway can be used in any environment. In addition, ROSI can be equipped with a variety of sensors or connections to different bus systems. Connect sensors with ROSI, transfer data securely to the cloud with ROSI, and trigger follow-up processes and services automatically.ROSI IoT Gateway keyfacts:
– Battery powered IoT gateway
– Integrated modem with M2M SIM card
– Variety of sensors connectable
– GPS antenna
– Integrated membrane keypad
– Robust housing (according to IP65)
Made by:
HeliBar – Online barcode scanner
The Helibar was equipped with customized hardware, which stands out with its ease of use and robustness (IP65). Depending on the option, an integrated quad-band 2GGSM/GPRS modem or a pentaband 3G UMTS modem of the latest generation are available for data transmission.
Both data transmission and remote maintenance take place exclusively over the air. This means that scan data can be transmitted via an IP connection (GPRS) or also as a fallback via SMS and do not require any additional components. The Helibar can read all common 1D or also 2D barcodes. Charging is done wirelessly.
Helibar keyfacts:
– 2G/3G online barcode scanner for mobile data collection
– Data transmission and remote maintenance over the air
– Protected according to IP 65
– 1D or 2D barcodes readable
– Wireless charging
Made by:
Demoboard SideLED
The SideLED demo board shows our unique SideLED technology, which is used to illuminate keys and symbols on membrane switches. This space-saving technology enables homogeneous individual key illumination with color change via RGB LEDs. With a height of 2.2 mm for the keypad assembly, the LED technology requires only slightly more space than an EL film.
In this demo board, the entire keyboard assembly was flush-mounted in a 0.7 mm thick, completely anodized aluminum carrier part. The viewing window on the back provides a view of the assembled electronic components.
Demoboard SideLED keyfacts:
– SideLEDs for homogeneous illumination of key surfaces, symbols and frames
– Key illumination with color change (RGB) possible
– GT technology and embossing for finishing
– “Dead front effect” makes transparent windows appear invisible
– Electronics assembly on printed circuit board
– Proximity sensor for lighting without active actuation
– Anodized aluminum carrier part
– Keyboard assembly starting at 2.2 mm
Data sheet SideLED lighting
Quick guide Demoboard SideLED
Learn more about SideLED technology.
Made by:
Demo tap2.cloud membrane keypad
tap2.cloud is a system for marking and identifying devices using RFID/NFC technology. The transponder is integrated directly into the membrane keypad and can be read with an NFC-enabled smartphone. The information stored in the NFC chip can be individually determined and easily managed via the Connect One Cloud. With a customizable web app, the linked information can be made available to your customers in an appealing way.
The membrane keypad also features differently embossed key shapes. Important functions can be better highlighted with embossing for easier finger guidance. For this purpose, the decorative film (polyester film) is formed by hot or cold embossing.
Polyester film can be embossed in the following shapes key edge, key high, dome or cushion.
Demo tap2.cloud membrane keypad keyfacts:
– Polyester film printed via digital printing
– Slide-in window for individual slide-in strips
– Integrated NFC chip
– Various embossing shapes shown
You can find more information in our whitepaper “tap2.cloud – The smart product identification”.
Made by:
Illuminated capacitive sensor film
The illuminated capacitive sensor film can be operated effortlessly via light touches.
By pressing the sensor fields, the color changes from white to green and sounds an acoustic feedback. The 3D printed plastic housing optimally protects the electronics and is smudge, abrasion and UV resistant.
The capacitive sensor film is printed using a screen printing process. The transparent, translucent sensor areas are additively printed onto a flexible polyester film using special pastes. Thanks to long-life LED technology and a sophisticated design, the sensor fields can be illuminated homogeneously and brightly.
Illuminated capacitive sensor film keyfacts:
– Transparent, translucent sensor film
– Printed cover glass (protects the sensor film and is easy to keep clean)
– Integrated lighting with light partitioning
– integrated electronics unit and controller
– 3D Printed Plastic Housing
Made by:
Illuminated capacitive sensor film slide-by-slide
The slide-by-slide model gives you an insight into the individual components of an illuminated capacitive sensor foil integrated into a 3D printed plastic housing. This sample shows our extensive portfolio of services, from screen-printed sensor film to electronics and housing.
Capacitive sensor film slide-by-slide keyfacts:
– 3D printed housing top and bottom shell, material PA12
– Printed cover glass
– Ultra-thin, translucent sensor film
– Light partitioning
– Electronics unit
Made by:
Demo membrane keypad on printed circuit board
This sample shows a rigid membrane keypad on a printed circuit board with component placement.
For better stability and high resistance or to integrate a lighting unit, the otherwise flexible membrane keypad is built on a rigid PCB. Depending on the selected PCB thickness, the membrane keypad remains flat with a low installation height, but allows individual electronics assembly.
The middle key shows the contact area on the PCB, which is necessary for the integration of a contact spring. A contact spring has been installed under the F1 and F2 keys, which allows tactile feedback when pressed.
Demoboard Membrane keypad on printed circuit board keyfacts:
– Printed circuit board including component placement
– Flat installation height
– High stability and resistance
– Printed circuit board necessary for illumination of membrane keypads
– Especially suitable for harsh environments
Made by:
tap2.cloud Input device
tap2.cloud is a system for marking and identifying devices using RFID/NFC technology. The transponder is integrated directly into the operating front and can be read with an NFC-enabled smartphone. The information stored in the NFC chip can be individually determined and easily managed via the Connect One Cloud. With a customisable web app, the linked information can be made available to your customers in an appealing way.
tap2.cloud input device Keyfacts:
– Cover foil printed with mirror color (brushed metal effect)
– Capacitive keys with haptic dome (GT technology)
– Capacitive slider
– Illuminated NFC tag
– Control unit recessed in aluminum support part
You can find more information in our whitepaper “tap2.cloud – The smart product identification”.
Made by:
IP65 housing sample
3D printed demo housing to showcase various technical solutions for screw domes, cable guides, clipable board mounts and sealing concepts. This very robust housing solution is ideal for integrating a more complex electronics unit, such as an Iot gateway. The recess at the front provides sufficient installation depth for integrating a membrane keypad.
IP65 housing pattern keyfacts:
– 3D Printed Plastic Housing
– Material: Polyamide 12
– Color: Grey / Black
– Integrated screw domes, cable guides, clipable board mounts
– Integrated sealing concepts
– Ideally suited for the integration of complex electronics units and a membrane keypad
Made by:
What is a digital customer visit?
To experience a wide range of samples and demos of our technology and service spectrum in an online meeting, simply send us a meeting request. Our customer advisor will then contact you immediately.
For the agreed online consultation date, we will send you our comprehensive Technology Case. During the online meeting, the product samples will be presented to you live so that you can see the material, form and function for yourself.
The Technology Case includes product examples from Hoffmann + Krippner and the entire group of companies: from illuminated and NFC-enabled membrane keypads, touch systems, explosion models and membrane sensors to an IoT gateway and an online barcode scanner to various housing samples.
You decide whether you want an overview of the entire portfolio of the group of companies or prefer to receive detailed information on specific technologies during the online meeting.
Arrange an online consultation appointment right now and experience our products live.
We are aware that virtual meetings cannot replace direct personal customer contact. However, web conferencing solutions allow us to hold conversations flexibly and regardless of location. We also see the current situation as an opportunity to actively pursue new paths in communication.
Return shipping information
Together with our customer consultant, you arrange an appointment for the return shipment of the Technology Case. For the return, simply use the packaging material with which you received the case and stick the enclosed return label clearly visible on the outside.
You can hand over the package to any UPS service provider who accepts UPS packages. Maybe the logistics service UPS is also used by your company to pick up or ship goods.
Virtual company tour
Take off with us! A drone flight through the company building provides a digital tour of Hoffmann + Krippner at any time and any place. See for yourself: To the virtual company tour