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AMI offers a total Google Ads (PPC) management service, which initially starts off with setting up of a well-thought-out campaign. We ensure that your budget is maximised by streamlining all campaigns to target the right prospects by selecting the best keywords and match types, targeting specific regions, demographics and timing schedules with negative keyword blocking and regular updates. Ultimately we ensure you get the most out of every penny.

Graphic LCD displays also have mechanical construction formats of Chip on Board (COB), Chip on Glass (COG), and TAB (Tape Automated Bonded) types. Positive and negative modes are available to create alternative appearances. Graphic LCD modules are available in reflective (no backlight), and transmissive or transflective types (with LED backlight). The LED backlights are available in various colours including yellow/green, white, and RGB. Interfaces include parallel, I2C, and serial. The majority of graphic LCD controllers do not include on board character sets, however we can offer a range of products which include T6963C (or equivalent) and ST7920 controllers which provide English and/or Chinese characters. Some ST7920 based modules are formatted to have the same footprint as industry standard 16x2 and 20x2 character LCDs. We can offer 3V, 3.3V, and 5V operating voltage options.

Midas Displays offer a wide range of Passive Matrix Organic Light Emitting Displays (OLED) in character and graphic formats. These emissive displays are available in a range of colours on a black background (negative mode). The standard colours are white and yellow (offering 100K hours to half brightness), and also blue, green, and RGB. Operating temperature ranges are mostly wide at -40°C to +80°C . Advantages of OLED technology include very low power consumption, all-round viewing angles, fast refresh rate, and low profile display thickness. All OLED graphic modules in the Midas range have on-board controllers and interfaces include parallel, serial, and I2C. Sunlight readable technology is also available. Many small size graphic modules are ideal for wearable technology and handheld instrumentation applications.

Graphic Overlays tend to be the face of a product and therefore it is essential that we spend time designing these aesthetically but also functionally. We can manufacture graphic overlays using polycarbonate or polyester and these can include features and functions such as; • Embossed buttons • Anti-glare windows • Secret until lit windows • Cut-outs for switches • Transparent LED windows Once you have decided on the layout and the artwork design for your graphic overlay, we can either digitally or screen print the detail onto the clear material before adding the features from above as required. We have the capability to recreate photographic quality printing onto the graphic overlays and therefore you can be sure that your logo and functions printed will be bright and bold. As well as under surface printing the graphic overlay to protect the ink we may also add lacquer to the product to enhance areas for either durability or for design so that when touched the selectively lacquered areas offer differentiation for the user. This would potentially help a visually impaired user or would be useful for a product that was to be operated in dark environments. Please connect with our team to discuss your individual graphic overlay requirements.

hance Your Product with Expert Graphic Overlays Looking to elevate your product's user experience and brand image? Look no further than custom graphic overlays! These printed layers are more than just aesthetics; they're crucial for creating a user-friendly and visually appealing Human-Machine Interface (HMI). Here's why you should consider partnering with a graphic overlay supplier like RH: Expertise in Material Selection: Our suppliers have extensive experience in selecting the right materials for your application. Whether you need durability (polyester) or sharp design (polycarbonate), they'll ensure your overlay functions flawlessly and looks stunning. Enhanced User Experience: A well-designed graphic overlay not only protects your product's internal components but also provides clear instructions and branding, even when powered off. This translates to a smoother and more intuitive experience for your end users. Standing Out From The Crowd: Backlink suppliers often offer design services to create visually striking overlays that complement your brand identity. This sets your product apart from the competition and leaves a lasting impression. Ready to take your user interface to the next level? Contact RH today to discuss your project and explore the possibilities.

At Bex Design we offer an extensive range of materials and adhesives to enable us to manufacture high-quality graphic overlays suitable for all applications and environments. Popular materials include: Polyester Polycarbonate PVC Anti-microbial Hybrid materials PTEG Acrylic Anodised aluminium Hardcoat Soft touch Stainless steel effect

Visualise your production schedule and control your shopfloor workload with our intuitive and easy to use interface. Simply drag and drop… Our Graphical Scheduler is a visual representation of your manufacturing schedule. It displays processes on a timeline to aid in planning and managing of production activities. As well as allowing users to visualise their production schedule, they can also control their shopfloor workload too. The Cim50 and Cim200 Graphical Schedulers integrate directly with Cim50 and Cim200 respectively. The Scheduler draws its data directly from Cim50 or Cim200, allowing the production plan to be reviewed and manipulated, providing ‘What if’ functionality, before committing it back to the CIM manufacturing solution. Key Benefits of the Graphical Scheduler - Oversee shopfloor operations - Seize control of production planning - Anticipate potential resource bottlenecks - Predict load imbalances - Allow users to fine-tune production schedules

Grey-1 is our next-gen AI brain for process control and closed-loop feedback. Capable of advanced error detection, manufacturing parameter prediction and optimisation capabilities within 24 hours of setup, Grey continues to learn from every part it makes. This aids manufacturing of high-quality goods while minimising energy use and environmental impacts. Grey also empowers the workforce, equipping it with the necessary skills to not only fill current skills gaps but to excel in a future where adaptive manufacturing and sustainable practices are widespread. A fundamental challenge with AI systems is that they typically require extensive examples of the things they are supposed to do before they perform effectively. This can be challenging in manufacturing where data can be difficult or resource-intensive to gather and store. For instance, some defects might be critical but not occur often. Or it might require highly-skilled engineers to annotate images with the things an AI system needs to learn, which is unfeasible given the amount of examples an AI system will typically need to see. Grey’s core and patent-pending technology is capable of automatic data labelling, minimising the need for laborious and slow data annotation or replication of rare failure modes to train models. Grey can also learn the causes of defects, rather than simply identifying correlations. This allows it to build a better understanding of the underlying physical processes, reducing the amount of data needed for the system to work and making it robust to changes in the environment, process inputs or product mix.

For 80+ years GRW have established their position as the largest independent manufacturer of Miniature Ball Bearings in Europe producing bearing qualities up to P2 /ABEC9. Partnering with our customers knowledge, GRW’s skills optimise solutions for ball bearing. Offering improved performance and product RELIABILITY for applications operating in demanding and often very Extreme environments. Typical Extreme solutions; Cold and Heat, Speed and Vibration, Sterile and Vacuum, Dental, Medical and Pharmaceutical, Blood and Saline, Food and Drinks, Chemical and Radiation, Aviation, Space and Defence, Sport and Leisure, GRW offer bearing sizes from: 1mm bore x 3mm outside diameter x 1mm wide extending up to 50mm outside diameter, all available with optional design and lubrication variations. GRW’ are now supplying customers with precision sub- assemblies. Assembly, noise testing and packaging is completed in clean room Class7 conditions. Their 80+ years of knowledge and skills can help optimise your assembly’s performance

The MEAN WELL GST Series offers a versatile range of high-efficiency, green desktop adaptors, available in models ranging from 18W to 360W, tailored for consumer electronics, telecommunications devices, office facilities and industrial applications. These adaptors are designed not only to meet diverse power needs but also to support customisation and modification as per customer requests, ensuring a perfect fit for specific requirements. Featuring a universal AC input range from 85VAC to 264VAC, the GST Series allows for global compatibility, equipped with a standard IEC320-C14 AC inlet. It achieves an impressive efficiency of up to 94%, significantly reducing energy consumption with a very low no-load power consumption below 0.5W. This efficiency is in compliance with Energy Efficiency Level VI, making the adaptors environmentally friendly and cost-effective. The series operates within a broad temperature range of -30°C to +70°C and is housed in a 94V-0 flame retardant plastic case for enhanced durability and safety. It includes robust protections against short circuit, overload, over voltage and over temperature, ensuring reliable operation under various conditions. The GST Series conforms to rigorous international safety standards such as EISA 2007/DoE in the USA, NRCan in Canada, MEPS in Australia and New Zealand, and ErP in Europe, guaranteeing its suitability for worldwide use. An LED indicator signals the operational status, adding convenience for users. Moreover, the GST Series supports extensive customisation options to meet specific application demands, providing tailored solutions through modifications and adjustments as required by the customer. This commitment to flexibility combined with a three-year warranty highlights our dedication to quality and customer satisfaction, making the GST Series an ideal choice for those requiring adaptable, efficient and safe power solutions.

Inertial navigation systems and sensors for use in demanding applications, such as aerospace and marine navigation and control, underwater gyrocompassing for submarines, ROV, AUV, oil drilling systems and others.

A simple way of of keeping up to date with the status of of any continuous improvement program

H120 The H120 laser scanner is a class-leading, handheld 3D laser scanner capable of extremely detailed, precise, high speed measurement of almost any material or part. The H120 is driven by a single advanced software embedded within industry leading platforms. It provides many users with immediate familiarity, fast adoption and minimal training needs. For simple and intuitive scanner positioning, the center and limits of this laser scanner’s field of view are projected in red on the part surfaces during measurement. Repeatability mount or dismount the scanner safely, quickly and easily with just one hand, providing additional clearance for tactile probing or for use on other portable CMM device.

5-AXIS MACHINING CENTRES FOR EVERYONE 5-axis machining is an effective means to reduce setups and increase accuracy for multi-sided parts. The shorter travels and compact footprint of the UMC-500 5-Axis Machining Centre make it perfect for 5-axis machining of smaller parts. 5-axis simultaneous machining Powerful inline direct-drive spindle High-speed trunnion table Large capacity side-mount tool changer Includes Wireless Intuitive Probing System Made in the USA 5-Axis Universal Machining Centre; 610 x 406 x 406 mm, with 400 mm Integrated 2-Axis Trunnion Rotary Table, 40 taper, 30 hp Vector Drive, 8,100 rpm (15k opt.) Direct-Drive, 30+1 Side Mount Tool Changer (50+1 opt.) (Servo-Driven High Speed), 22.9 m/min Rapids, Spindle Orientation, Macros, Coordinate Rotation & Scaling, Wireless Intuitive Probing System (WIPS), High-Speed Machining, Programmable Coolant Nozzle, Chip Conveyor, Dynamic Work Offsets (DWO), Tool Centre Point Control (TCPC), Second Home Button, Colour Remote Jog Handle, Power-Failure Detection Module, 1 GB Memory, 15″ Colour LCD Monitor, USB Port, Memory Lock Keyswitch, Rigid Tapping and 208 litre Flood Coolant System.