custom tft display pricelist quotation

As long as there is stock available, ChengHao Optoelectronic usually ships items in 1 to 3 working days for samples and within 7 to 15 days for customized order once receiving the confirmation of a new order. The order will not be confirmed until the payment reaches ChengHao Optoelectronic bank account. If we are temporarily out of stock, we will do our best to inform you of the estimated lead time.

There are different components of a TFT displays that can be modified to create a custom color LCD. Some of the modifications are not too expensive, while others can be cost prohibitive. We will cover some of the main options available and their estimated cost when customizing a TFT display module.

Note: If you need a color LCD module, but do not need video or dot matrix (Graphical) capabilities, I would suggest using a lower cost alternative such as FSC*(Field Sequential Color display) aka known as a TN color display. A second option for a lower cost and much lower power requirement would be a custom segmented display module with color overlays.

This is by far the most expensive component of the TFT module to customize. There are industry standard glass sizes for TFT’s. The list includes, but is not limited to, 2.8 inch, 3.5 inch, 5.7 inch, 7 inch, 10.2 inch and larger. If you can design your product to make use of these standard sizes, then do it. If you need a unique size, say a something between a 2.8 inch and 3.5 inch, you may be forced to invest in a custom glass size. We have seen quotes for custom glass sizes for TFT run between $100,000 dollars to $150,000 dollars. Not a minor investment for most companies.

A second major cost to consider for a custom glass size is the high MOQ’s (Minimum Order Quantities). MOQ’s could be as high as 50K to 100K units per year. Not unheard of for a tablet for smart phone.

A TFT LCD display with a modified PCB, is still considered a custom color TFT. Modification costs to customize the PCB is an estimated $400 to $1,200 one-time tooling fee. The unit cost of the TFT display, with a modified PCB will be slightly higher than the cost of the TFT with a standard PCB.

Many products that incorporate a custom color LCD display will contain a touch screen or touch panel. These can be modified to meet a customer’s particular size for an estimated tooling cost of $3,000 to $4,000.

TFT stands for Thin Film Transistor, a type of LCD flat-panel display screen, in which each pixel is controlled by a range of one to four transistors. TFT screens are sometimes called active-matrix LCDs in contrast to passive-matrix LCDs, which are direct-driven with a limited number of segments.

TFTs are made from a thin film of amorphous silicon that is deposited on a glass panel. Transistors take up only a small fraction of the area of each pixel and the rest of the silicon film is etched away to allow light to easily pass through it.

Different applications require different customizations. Our team of Display Engineers will work with you every step of the way to make sure you get the best display solution for the product that you are designing.

If you are creating a new design and your volume is high enough to justify the price difference between a standard and a custom display (most of the times it’s just pennies, so it’s worth it!)

Most of the time our customers start with a standard off-the-shelf product and quickly realize that they need to make changes to be able to make the display fit their designs.

These are the most common customizations. If you can’t find what you are looking for, don’t hesitate to contact us. Let our Display Engineers guide you through the customization process. To find out more about our EDSP Process, visit our Custom Displays page.

Our company is committed to the customization service, R&D, sale and after-sales service of LCD and TFT display products.At present, our company has a team of more than 100 employees. Our products include monochrome LCD (TN and STN), color LCD (CSTN and TFT) and LCD modules (both COG and COB).

Our company is committed to the customization service, R&D, sale and after-sales service of LCD and TFT display products.At present, our company has a team of more than 100 employees. Our products include monochrome LCD (TN and STN), color LCD (CSTN and TFT) and LCD modules (both COG and COB).

We"re well-known as one of the leading innolux panel manufacturers and suppliers in China. Welcome to buy customized innolux panel at competitive price from our factory. For pri...

HMIs offer a digital display of data in real time that a PLC cannot offer. While the PLC is performing its programmed operation, an HMI allows for the user to see data in real time rather than compiling the data to observe after the fact. An example to reference for an HMI with a PLC rather than a PLC standalone would be an ATM Machine. If there was no graphical display, a user would be dependent on receipts to enter in data. That is, imagine inserting your personal ATM card only to have a receipt print out requesting your PIN. Then, once into your account, a receipt prints out asking which action you would like to perform; deposit, withdraw, transfer, or balance inquiry. This issue is solved by a Human Machine Interface through which you can make your selection at a touch of a button. While the HMI is not critical in this scenario, it is much more efficient and user-friendly. Many applications do not require an HMI, but the cost savings associated with the benefits of HMIs are heavily skewed in favor of the HMI being a system component.

The Data Handler HMI is used for applications that require constant feedback and monitoring. With the data handler type of Human Machine Interface, it is important that the HMI screen is big enough to display elements such as graphs, system visualizations, and production summaries. This type of Human Machine Interface is capable of functions such as recipes, data trending, data logging, alarm handling/logging, and even printing production reports. Performing these tasks can be very memory intensive, so for the Human Machine Interface to work as a data handler, it will usually need to have a large-capacity memory.

Let us begin with other components that are necessary to making a manufacturing control system operate. First we have the production line that consists of all the machinery that does all the production work. Next we have all the various input/output sensors that monitor temperature, speed, pressure, weight and feed rate. Third we have the programmable logic controller (PLC) that will receive all the data from the input/output sensors and convert the data into logical combinations. The HMI is the interface through which a user monitors these data points in one location. If the PLC registers that the temperature sensor is beyond a safe range, the manufacturing process will halt. Rather than inspecting the machine, the HMI can be programmed to display the error or alarm so that the proper course of action can be taken by a maintenance worker for that process. If a machine is nearing the End of Life on a motor, the HMI can warn the user that maintenance is required on the machine, preventing a shut down during manufacturing hours. The HMI can also be used to start and stop the process, calibrate the machine to new products, or display data in graphs, charts, or trend lines to analyze anything from equipment efficiency to number of unique units processed.

Sometimes when you are working with HMI software, your PLC and HMI are hooked up together, but you don"t quite get the result you are looking for. It is hard to know exactly what is going on when you do not get output from the PLC or a PLC error appears. What happened? What exactly did I do wrong? Is my data even being sent? To answer all those questions, you can simply use a numeric display and set it to the PLC register you are trying to write your data to. If this PLC register comes back with random register values, then it is quite apparent that the HMI did not deliver the information to that register. But if it was sent correctly, then your numeric displays should show the information you sent. This is a very simple sanity check.

TFT: TFT stands for "Thin Film Transistor." Kinco HMI displays are TFT LCD screens in which TFT technology supports the rendering of high-quality images.

Phoenix Display International specializes in creating custom LCD displays for clients in a variety of business sectors. Our expert engineering team has extensive experience in creating custom displays based on your project’s final application, and will handpick and customize an LCD display module to fit the exact specifications of your project or product. In the process, we’re often able to create efficiencies and offer superior customer service that other LCD Screen manufacturers simply cannot, or will not, provide.

The process of designing your custom LCD display solution begins at our company headquarters, located in Phoenix, Arizona. Our team of engineers starts by taking a deep dive into your project, getting to know the product inside and out, learning the specifics, parameters, and end-use application. Based on this knowledge, we’re able to define or design the ideal LCD display, whether it is a character LCD display, a graphic LCD, a color LCD screen, or a completely custom LCD display solution.

From there, our team will design a custom electrical and mechanical interface for your LCD display, engineering in any extras your project may need, including controllers, converters, or touch-sensitive screens.

To learn more about our custom LCD displays and custom TFT displays, or to get a 24-hour quote for your project, contact Phoenix Display International today.

Above the group head there is a display that allows baristas to monitor parameters such as brewing time and weight of the cup. This combined with Gravitech gives baristas the highest level of consistency and control over the coffee brewing process giving maximum precision.

The VA388 “talks” to the barista and shares all the information provided by the T3 and gravimetric systems. The TFT display gives the barista all data in real time to offer the customer the best espresso. The display for each group shows the barista the temperatures of the steam boilers, the coffee and the group, the delivery time and the amount of liquid in the cup.

CUSTOM PRODUCT: Custom product quotations may require Engineering and safety certification costs.  All costs will be discussed and agreed upon prior to any quotation.

PURCHASE ORDERS: All purchase orders submitted to Luxformae require the following items in order to be processed: customer’s bill to and ship to, with special attention to contact info for the delivery; Luxformae part #’s; quantity and sale price or alternately, reference to bill of materials per a Luxformae Quotation Number; notation for modification if any; special markings if any; special handling requirements.

CHANGE ORDER: Change orders must be received in writing and are subject to review and approval by authorized personnel. Order will be reconfirmed with applicable charges. If products are already being imported and order is pre-paid, order can’t be changed/modified. Change of orders can’t be accepted for custom products after one week from the pro-forma invoice date.

CANCELLATION OF ORDER FOR CATALOG ITEMS: Order cancellation will be accepted providing notification is received in writing and directed to Customer Service within (5) five business days from the date order confirmation was received. A 30% manufacturing/processing fee will be applied on a cancellation following those 5 days. After 10 days the status of the order is considered final, therefore needs to be paid in full. If an order it is already shipped and a cancellation is sent in a timely manner, the customer is responsible to pay for the freight/shipping charge to re-route the order to our warehouse.

CANCELLATION OF ORDER FOR MODIFIED OR CUSTOM PRODUCTS: Cancellation of any order for modified or custom products will incur charges for work already performed and for special materials purchased by Luxformae. Order cancellation will be accepted providing notification is received in writing and directed to Customer Service within (5) five business days from the date order confirmation was received. A 50% manufacturing/processing fee will be applied on a cancellation following those 5 days. After 10 days the status of the order is considered final, therefore needs to be paid in full. If an order it is already shipped and a cancellation is sent in a timely manner, the customer is responsible to pay for the freight/shipping charge to re-route the order to our warehouse. Custom orders in production, after drawings approval, are not cancellable. If an order it is already shipped and a cancellation is sent in a timely manner, the customer is responsible to pay for the freight/shipping charge to re-route the order to our warehouse.

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