Company Blog

Davies Molding have recently expanded their offerings of knob toppers to include a new, softer rubber handle. The natural rubber used to make them has a high tensile strength and excellent impact resistance while, at the same time, providing a comfortable, yet sturdy grip. These new handles are available in a variety of sizes and threads to better suit your applications.

In other Davies Molding news, thanks to international business increasing demand, Davies have now started offering their their knobs in metric sizes. These new choices apply to all models of knob on offer, in both thermoset and thermoplastic materials.

Our final snippet for this Davies Digest is to congratulate them on becoming the US distributor for German handle manufacturer Rohde. Rodhe produce sturdy adjustable handles suitable for any application.

Whether you’re in a back office, or going door-to-door, whatever your application, Steadlands has an electronic signature solution that suits you perfectly. From a simple signature pad to sit on a quiet desk to sign letters, we can offer you a selection of esignature devices that reaches up to a completely portable solution capable of converting hand-completed forms into electronic documents.

At the entry level, we offer the ePad, ePad II, and STU-300B. All are suitable for simple signature capture, although the STU-300B also boasts a small LCD screen that allows a signer to see their signature appear under the “pen”. The ePad II  also has an identifier code that is unique to each separate pad, allowing an administrator to determine exactly which ePad II was used to capture a specific signature. All three of these units are small and light, and so will easily slip into the side of a laptop case for easy transport, although do still need to be plugged into a computer to work.

The PHU-111KO Clipboard, on the other hand, is a rechargeable, portable solution that lets you complete entire forms (in ink, no less!), and have them automatically transcribed into electronic documents. Those documents are then saved on a local storage device, usually a mobile phone or tablet, and can later be transferred to a company network. Clever use of barcodes also means that the Clipboard can handle multiple documents at once.

For the public, customer facing application, we would recommend you look at Wacom’s DTU-1031X, the DTU-1141B, the DTH-1152, and the DTK-1651. All of these models plug into a PC and are used as you would a second screen. But, thanks to the electromagnetic resonance technology used in the screen and stylus, these tablets are far more useful than simple monitors. The ability to act as a second screen, but with touchscreen capability, means that these tablets are ideal for use in a customer facing environment that requires the customer’s input. Completing entry forms at hotels, or selecting seats at the cinema, are just a couple of examples of where the DT* series will come in useful, and they are, of course, fully capable of handling handwritten signatures on their electronic documents.

In the middle of the range, you will find our most popular esignature solutions. The final two pieces in the ePadLink range are the ePad-Ink, and the ePad Vision, and from Wacom, the STU-430, STU-430V, STU-530, STU-540, and STU-541. All have screens and are suitable for customer facing applications, although they do not have the “full page” capabilities of the DT* series. They can all, however, be used to display simple marketing messages, or even ask questions of the person using the pad. The STU-430 pads, and the ePad-Ink are limited to black and white images, while the Vision, and the higher end STUs are fully capable of displaying colour images with remarkable detail.

All of our esignature solutions come with their own developers’ kits, drivers, and software. For the ePad range, this comes in the form of IntegriSign Desktop, an application which incorporates the SDKs and holds ready-made plug-ins for Microsoft Word and Excel, and Adobe Acrobat. Also available is a standalone piece of software called pDoc Signer which allows for the signing of PDF documents without the need for a full blown version of Acrobat.

The Wacom series of signature pads also has a standalone piece of software for PDF signing, this one named SignPro PDF. The rest of the download for the Wacom pads is all contained in a pair of SDKs, designed to allow you to integrate Wacom’s signature solutions into your own software.

Whatever your application, we can help you find the right solution. For more information, or to arrange a demonstration, please contact us.

As autonomous and self-driving vehicles are perfected and start to see use on the roads, it is natural to wonder, what will the occupants do, now they no longer need to pay attention to the road? This is where IEE‘s latest innovation comes in.

They have been working alongside Yanfeng Automotive Interiors to develop the “Active Space” system in the rear compartment of Yanfeng’s new autonomous rideshare concept vehicle, ‘Experience in Motion 2020,’ or XiM20 for short, which is currently touring the US.

Active Space is an interactive 3D sensing solution combined with a tailored human-machine interface delivery, using a unique combination of in-cabin 3D sensing plus large surface display technology. It enables immersive interaction between passengers and the vehicle interior for entertainment, communication, and ambience.

Tangio continues to lead on the cutting edge of Force Sensing Resistor technology with their latest product, Fuzion, which combines the different methods of force sensing.

Force sensing resistor technology comes in two variations. Resistive FSRs use a conductive layer in the sensor itself, which requires pressure to be applied. The more pressure applied to the sensor, the lower the resistance. The majority of typical force sensing resistors are of the resistive type.

The other version of force sensing technology is one often seen in technology like smartphones. A capacitive FSR works by detecting electrical currents, and basing the resistance on the current detected. This even works with the minute electrical signals running through your body, and doesn’t even require touch, only proximity.

Fuzion combines both of these into a single unit, allowing for unprecedented control over activation. In the demo video below, you can see how the sensor detects not only pressure applied (green lights), but also when a user’s finger approaches the device (orange lights).

Fuzion was created so it only needs one sensor which is capable of handling both methods of detection, and only one interface, saving you both time and money in the supply chain.

Ohmite is expanding it’s popular line of Aluminum housed resistors. The Ohmite ARG series is a high wattage wirewound resistor sealed in an aluminum extrusion. The aluminum housed design is appealing to power engineers for multiple reasons. Key design aspects include a sealed design, flying leads, and heatsinking ability. The ARG series is capable of dissipating 150-400 watts depending on resistor length and is available in 6 sizes. Ohmite offers other aluminum housed resistors and should be considered in high power industrial applications. Ohmite distribution partners can expect to receive the NPI package shortly on the ARG Series.

Thermoelectric Cooler and Thermo Generating Module technology is based on two principles, the Seebeck effect, and the Peltier effect. The first of these shows how we can use a temperature differential to create an electrical charge, and the second, how we can use an electrical charge to create a temperature differential.

When heat is applied to one of the conductors or semiconductors, this creates a flow of heated electrons towards the colder side. This in turn generates a tiny electrical charge, in the microvolts range per kelvin of temperature difference. Connecting devices using this Seebeck principle allows you to maximise the voltage by connecting the devices in series, or to increase the current by placing the devices in parallel with each other.

On the other side of the equation, if you were to instead apply an electrical current through a junction between two conductors, you would also see a transfer of heat passed to the cooler of the components. A typical heat pump using peltier technology uses several junctions in series, some of which gain heat, and others which lose heat as a current is applied.

You will find thermoelectric cooler technology in many places where temperature has to be controlled, from refrigeration units, all the way up to satellites. When used in satellite technology, TECs are used to help maintain a temperature suitable for the satellite’s internal components to still function.

Back down on Earth, thermoelectric coolers are used to help regulate temperatures in refrigeration units, such as those used to carry frozen goods from country to country, or even the freezer rooms in the back of restaurants. In this instance, it is especially important that the TEC’s output temperature is well regulated, as this could determine if the item using the thermoelectric cooler is compliant with a number of food safety standards including ISO9000, and HACCP.

We supply thermoelectric coolers, and thermo generating modules manufactured in Russia by Kryotherm. Click here to view the Kryotherm website, and if you’d like any information or pricing about any of their products, please, give us a call.