ワイ・ドライブ List of Products and Services

Which type of lithium battery is applicable for inkjet? Is it also applicable for the formation of positive and negative electrodes? Lithium battery ⇒ Bipolar ⇒ Dry electrode ⇒ LFP lithium battery ⇔ Which battery manufacturer will be the first to complete development for inkjet application? Is the key the Su adhesion method on both sides of the current collector? Bipolar ⇒ Dry electrode ⇒ LFP lithium battery is the only method that surpasses Chinese, Korean, American, and EU batteries in terms of price, performance, and compactness. ● The inkjet method enables liquid application processes and plating processes with a discharge of up to 100 cps, contributing to process efficiency. Other processes are also possible.

• Fuel Cells

Perovskite solar cell inkjet method single-head simple coating machine Perovskite solar cell inkjet method single-head simple coating machine * 30 cm machine / mass production machine does not require reconsideration of coating conditions * Development speed increased from single nozzle experiment to 1024 nozzle coating machine

• Cells and batteries
• Coater

A device for manufacturing perovskite solar cells using inkjet printing methods. It allows for various techniques using organic solvents such as DMSO/DMF, acetonitrile, TiO2, SnO2, and poor solvents (toluene). By exchanging heads, it is also possible to demonstrate the application of not only the perovskite layer but also the electron transport layer, hole transport layer, and encapsulation film. Heating of the coating surface to 100°C is possible, and an N2 air discharge mechanism is also available. Perovskite crystallization can be achieved using a separate device with the poor solvent method, and a 175 nm light source for surface modification cleaning is available with a separate device. It is a platform for coating on glass with a 300 mm coating area, featuring a 3-axis linear stage, precise negative pressure control for the head, a high-speed inspection machine for nozzle defects, and a maximum coating speed of 1 m/s. Pattern coating is possible, eliminating the need for laser pattern cutting.

• Secondary Cells/Batteries

Features 1. Solvent-resistant head specification; compatible with non-protonic polar solvents such as NMP and DMSO * Applicable for perovskite solar cells, coating of positive and negative electrodes for lithium batteries, and coating of metal catalysts for hydrogen fuel cells, ammonia synthesis, methane synthesis, etc. 2. Ultra-fast, non-ejection nozzle defect inspection, high-precision flight observation (DropWatcher) head drive waveform tool 3. Non-woven fabric roller for nozzle cleaning, head cleaning mechanism 4. Precision negative pressure controller, precision circulation head controller (constant circulation type) 5. Usable heads: Konica Minolta, Dimatix, Ricoh, etc. Multiple heads installed ⇒ Approximately 5 (many options available) 6. Effective coating area: 300×300 mm (reciprocating coating possible) 7. Vacuum suction, stage heating function, ink bottle heating mechanism

• Other painting machines

The ultra-high resolution and ultra-high precision "Inkjet Ink Flight Observation and Measurement Device" is a device that observes and examines the flight shape of ink droplets produced by inkjet printing methods. Using a 2-megapixel camera and a 100ns LED light source, it captures high-speed moving ink droplets as still images, clearly photographing the ejected ink droplets. Additionally, it can measure the volume of ink droplets with an accuracy of ±1%, achieving advanced ejection control when combined with DPN control technology. 【Features】 ■ Automatic measurement of inkjet droplet volume ±1%, speed, etc., using image processing ■ Save and replay the ejection state of droplets in video and still images ■ LED emission technology enables imaging with a resolution of 0.1μm using a 2-megapixel camera ■ Achieves advanced ejection control in combination with DPN control technology 【Main Specifications】 ■ Measurement items: droplet speed, ejection angle, droplet volume, etc. ■ Supported OS: Windows 10 ■ Options available: head drive control, emission controller, CCD camera, magnifying lens *For more details, please contact us or download the catalog.

• Other painting machines
• Other measurement, recording and measuring instruments

KJ4A/B/C and KM1024i can be controlled at full specifications. High-speed printing with PCIe board specifications, with a maximum printing speed of 100 m/min and synchronized transport system encoders. Data can be updated for each print. High-speed inkjet printing and PCIe control board for multiple heads. PCIe supports data transfer rates of up to 350 MB/s. - Multiple units can be used to configure a CMYK color printer (maximum number of heads: 20). - Easily constructible printing control software. PCIe x1, GEN2, high-speed DMA transfer, 350 MB/s. * Up to 10 heads can be connected to a single PCIe board. - Data can be transferred at 20 MB/s for each head. * Printing mechanism and encoder synchronization control function. - Fire signals generated from encoder signals. * Up to 4 boards can be inserted into a computer slot. * Compatible with devices using 10 heads for each CMYK color. * Printing control software supports BitMap data. - Can be supplied via DLL.

• Other electronic parts

We have ported our inkjet drive control board (USB 3.0 version) printing control Windows software to the Raspberry Pi 4B. The display can also be made touch panel compatible. Maximizes the functionality of the Raspberry Pi 4B * Equipped with the industry's fastest USB 3.0 communication capabilities * Maximum printing data transfer of 200 MB/second * Next printing data can be transferred during printing * There is head drive waveform generation software. * Capable of configuring CMYK color printing machines using multiple units * BitMAP data can be used for printing. * Printing control software that makes system construction easy * Can be synchronized with the conveyor system encoder. Compatible heads: Funai thermal head, Dimatix SAMBA, Ricoh GEN6, Kyocera KJ4AB - Expanding sequentially.

• Other electronic parts

Y-Drive Co., Ltd. handles all products of thermal heads and printer mechanisms manufactured by Funai. We also have thermal head driver boards available. We strongly support the production of thermal head printers.

• Commercial printers

- Ultra-fast USB 3.0 communication function (up to 200MB: in a one-to-one connection with a computer) - High-speed label printing with the ability to update print data for each print (approximately 8 sheets per second) - Capable of receiving the next print data while printing. - Large capacity memory of 1GB on the control board - Head control unit and drive AMP are separated, allowing each board to be extended with cables - Head drive waveform generation software (optional) is available. - Multi-drop compatible (Dimatix's VersaDrop possible) - Capable of discharge cycles up to the maximum performance of the head. - Can be synchronized with the transport system encoder. - Multiple units can be used to configure a CMYK color printer. * Recommended number for USB: 12 to 16; maximum 127 units. Maximum 40 units for PCIe boards. - BitMAP data usage (PDF to BitMAP possible; simple dithering possible) - PC printing control software / DLL available - Kyocera KJ4A/B/C series head control board - Ricoh GEN6/GEN5 head control board - Control board for SAMBA G3L head - Shared control board for Konica Minolta KM1024i/KM1800i

• Commercial printers

Konica Minolta KM1024i/KM1800i Head Control Board - Head drive waveform generation software; extension cable available between control board and head - Head connection cable can be extended (up to about 5m) - Can be synchronized with the transport system encoder (using PCIe board) - Full specification control of KM1024i/KM1800i possible - Maximum discharge cycle of 30 kHz - Head temperature control (heating) possible - Printing PC and printing control board connected and data transferred via high-speed PCIe board * PCIe has a maximum data transfer speed of 350 MB/s * Head control board receives at 20 MB/s from PCIe board * Industry's fastest - PCIe board can control up to 10 head control boards per PCIe board - Up to 4 PCIe boards can be inserted into a standard PC * For label printing, PCIe board can be used to change printing data for each print (up to about 3 times/second) - Multiple units can be used (up to 40 heads) to create a printing machine with 10 heads per CMYK color - Bitmap data is used for printing * Available for user printing machines via DLL

• Other FA equipment

Printing control board for Ricoh GEN6 head and CMYK color printing control software. Control data communication via USB 3.0 (up to 200 MB). Capable of receiving the next printing data during printing. Can handle different printing data at 10 sheets per second for each print. Even if the "address, product name, name," etc. differ for each print, a printing speed of 60 m/min is possible. Basic Information: 1. The head control and drive AMP for GEN6 consist of two boards. * The connection between the head control board and the drive AMP board can be extended. * Head temperature and board temperature can be measured. 2. Full specification control and drive of GEN6 is possible. 3. Printing data and control use USB 3.0 (up to 200 MB). * As of 2020, this is the fastest in the industry. * Capable of receiving the next printing data during printing. * Can handle different printing data at 10 sheets per second for each print. ⇒ Different printing data is possible even at a printing speed of 60 m/min. * Data communication speed varies depending on the number of computers or boards. 4. Maximum ejection cycle of 50 kHz. Can be synchronized with the transport system encoder. 5. Printing data can use BITMAP data. 6. There is software for generating head drive waveforms.

• Other FA equipment

High-speed label printer that changes designs with each print. The GEN5 can change and print designs of 100mm in length at a rate of 12 types per second, with a printing speed of 72m/min. Compatible with various heads: Kyocera, Dimatix, Konica Minolta, and others. Single-pass ultra-wide color printer (up to 40 heads). For high-speed, large 3D printers.

• Other FA equipment

FPGA solution development handled by experienced engineers Supports various ALTERA products - STRATIX - ARRIA - CYCLONE - MAX - STRATIX10 - ARRIA10 - CYCLONE10 - MAX10 PCI Express / Ethernet / High-speed serial / Memory DDR3・4 DSP / Embedded CPU / Optical IO / Power IC Supports various XILINX products - SPARTAN - ARTIX - KINTEX - VIRTEX PCI Express / Ethernet / High-speed serial / Memory DDR3・4 DSP / Embedded CPU / Optical IO / Power IC

• Circuit board design and manufacturing

Interface Description - RJ45 Ethernet interface; - RS232/RS485 communication interface; - Environmental temperature sensor; - Interface for external control cable; - Interface for LED lamp connection. Controller Functionality and Abnormal Monitoring Function Description Built-in light sensor — operates independently, outputs feedback signal under normal illumination, and triggers a buzzer in the absence of a signal. Illumination anomaly — monitors illumination anomalies such as open/short circuits, triggers a buzzer, and provides visualization. Light intensity monitoring — through calibration of light intensity values, the system can automatically adjust the light intensity to match the production line requirements. Temperature monitoring — monitors both the environmental temperature and the lamp temperature, triggers a buzzer, and provides visualization. Communication control — monitoring and linkage via RS-232 and MODBUS communication. Illuminance adjustment — light intensity values can be automatically adjusted according to the set requirements. Note: The deployment of the above functions can be selected based on the customer's actual requirements. LCD Screen CLK: Confirmation of lamp temperature and output SET: Setting input

• Other optical parts

2 million pixel camera / 1600 x 1200 pixels and 6x / 4x lens selection Volume calculation: ±6% with droplet shape of 25μm (±2% using super-resolution calculation) Green LED (does not include UV light: cannot detect below 420nm) *Optionally compatible with a 5 million pixel camera Low resolution, budget version / OEM version without high-resolution lens Field of view: 1.1 x 0.9 mm, resolution 0.7μm Light pulse: 1μs - Volume calculation function, speed calculation function Head and head drive control are not included.

• Optical Measuring Instruments

BASIC model with one head installed specification 1. Types of heads used: Dimatix ⇒ SG, PQ, QS, QE, SE Ricoh ⇒ MH5420, 5421, 5441, 2420, 2620, etc. Konica Minolta ⇒ KM512, KM1024i, KM1800i Kyocera KJ4A・B (AA, QA, YH, etc.) can be selected 2. Effective coating area: 190 x 270 mm, bidirectional coating 3. Straightness accuracy: within 15 µm in the effective coating area 4. Positioning accuracy: within 15 µm in the effective coating area 5. XYZ axis control resolution: 1.25 µm, pulse motor control specification 6. Encoder synchronized printing 7. Alignment correction is manual 8. Equipped with head negative pressure control 9. Heating function depends on head function 10. Head equipped with simple ink discharge, flushing, and capping functions 11. 3-axis stage control possible from a computer 12. Printing control computer included 13. Printing control software and BMP data drawing software included 14. Drive waveform tool included 15. Multi-drop compatible

• Other mounting machines

Sales of UV LED light sources We sell products from Jiangsu Golid Precision Optoelectronics Co., Ltd. in China. Corresponding UV wavelength range: - 405 nm to 260 nm *Please specify the wavelength - UV light output: 8W to 30W (air-cooled/water-cooled) selected based on printing speed - UV irradiation area: 30mm to 132mm *Selectable based on application Sales of negative pressure generation modules We sell products from Shenzhen Baiming Technology Co., Ltd. in China. Modules that generate negative pressure for inkjet heads *Positive pressure settings can also discharge ink from the nozzle - Negative pressure setting range: -0.5 to -7 kPa - Setting accuracy: ±0.2 kPa - Compatible with various manufacturers' heads Ink inflow/outflow pressure modules, ink degassing modules, and others Sales of peripheral components for inkjet printers We sell products from component manufacturers in China. Various "peripheral components" for manufacturing inkjet printers Various ink filters Various dampers and degassing systems Various ink tanks Various ink pumps For other inquiries, please contact us.

• Other electronic parts

Printing control board for FujiFilm-Dimatix SAMBA Head G3L. Ultra-fast USB 3.0 communication specification version. High-speed label printing with the ability to update print data for each print (approximately 8 sheets/second). Print speed of 1m/second with the ability to update different print data for each print. - Equipped with the industry's fastest USB 3.0 communication function. * Maximum 200MB/second print data transfer when connecting one board to USB. * Print memory: 1GB equipped. Next print data can be transferred during printing. - Maximum ejection cycle: 120kHz. Can be synchronized with the transport system encoder. * Head temperature control (external) is possible. - 1200 dpi / water-based, UV, solvent, latex. - VersaDrop capability (multi-drop function). - Head drive waveform generation software is available. - Configurable as a CMYK color printer using multiple heads. - Bitmap data can be used for printing. - Printing control software that makes system construction easy is also provided. * User application DLLs can be supplied. - Ink circulation pump available for SAMBA head.

• Other process controls

Ultra-wide field confocal type, high-resolution 1μm micro-defect inspection laser scanning imager. Conventional microscope optical systems and SEMs can observe narrow areas at high resolution but cannot easily observe wide areas. This challenge is addressed by the laser scanning imager. It can measure 3D shapes within a range of 50×50 mm. Measurement time: 1μm resolution approximately 35 seconds, 5μm resolution approximately 10 seconds. ● Measurement width: 0.8μm, depth: 5nm. ● Shape measurement is possible at a maximum tilt of 45 degrees. ● Can also detect defects such as scratches and deep holes. Features of the laser scanning imager: - A new observation device that overcomes the shortcomings of conventional microscopes, CCD cameras, and line sensors (no illumination device required). - Newly developed dedicated scanning lens with a wide observation area (over 100 times that of a microscope) and long working distance. - High-contrast laser confocal optical unit. - The first raster scanning method in laser confocal microscope optics (capable of acquiring large area images with long and large images, equipped with multi-scan functionality). - Outline specifications: High scanning resolution (up to 20,000 points per scan), scanning speed 4000 lines/second. The laser uses LD405nm (also available in 650 and 830nm). - This is the first device that allows enlarged images to be viewed on a computer monitor.

• Defect Inspection Equipment

In organic EL panels and flexible organic EL panels, a transition from LTPS technology to oxide semiconductor TFT is essential! We provide TEG evaluation equipment for the reliability assessment of oxide semiconductor TFTs. - Fully programmable pulse voltage settings Voltage application function (maximum ±60V) Maximum set voltage +60.0V, minimum set voltage -60.0V, maximum output current 10mA Setting resolution 0.1V, rise time 0.2μs Four types of programmable voltage settings - High-side current measurement of ±60V power supply nA/μA Maximum measurable current 2mA, minimum measurable current 1μA Measurement resolution 0.5nA, measurement rise time 1μs *With sample hold We have realized a fully programmable measurement system using a computer. Users can freely set and describe test conditions using a computer/EXCEL-like API. - Executed with a command description test API similar to EXCEL format - Fully user-programmable execution - Measurement system equipped with 15-bit ADC - 0.5μs time slice description - Peltier capable at the test station - Test results storage - Continuous operation for 200 hours

• Other electronic measuring instruments

● Our company is capable of controlling inkjet heads from various manufacturers, including Konica Minolta, Fujifilm Dimatix, Ricoh, Kyocera, and others. ● We offer comprehensive consulting services related to inkjet devices for paper media printing, including inkjet devices, inkjet heads, ink materials, and printing control. ● We want to enter the printed electronics field, but we are unclear about the market, the demand for metal-based inks, what leading companies are doing, what applications and products exist, what materials are important, and how to build high-precision coating machines. ● Ink discharge evaluation (paid service). ● Equipment owned by our company: - Inkjet heads from various manufacturers - Control systems for inkjet heads from various manufacturers - Ultrasonic viscometer - Microcurrent/voltage/resistance meter - Stirring/mixing equipment - High-temperature bath - Spin coater - UV exposure/washing light source - Electronic balance - UV LED light source - Ultraviolet intensity meter - Camera microscope - Ultrasonic cleaner - High-resolution ink jetting observation - Inkjet printer - Other equipment - Prober for electrical characteristic measurement - Simple clean booth

• Management consultant/Small business consultant

An inkjet coating experimental machine with high-precision mechanical specifications that corresponds to various companies' inkjet heads, designed to meet customer (user) requests. Compatible heads: Dimatix, Ricoh, Konica Minolta, Kyocera, Panasonic, Xaar, etc. Multiple head installation ⇒ Optional. Features: 1. Solvent-resistant head specifications ⇒ Compatible with NMP, MEK, etc. 2. Large droplet discharge heads available 3. Large coating area (reciprocal printing, multiple heads installed) 4. Circulation system for heads - circulation pump can be installed 5. Simple ink splash observation device included 6. Computer-based printing control software included 7. Color printing capability *We will be exhibiting at the Converting Technology Comprehensive Exhibition 2019! ■ Date: January 30, 2019 (Wednesday) to February 1, 2019 (Friday) 10:00 AM to 5:00 PM ■ Venue: Tokyo Big Sight (Tokyo International Exhibition Center) ■ Booth Number: East Hall 2, 2R-01

• Painting Machine

First Interferometric Measurement Using Laser Scanning Interference fringes appear with a reflection similar to that of glossy paper. It captures changes of 50 nm with interference fringes. ● Inverted Laser Scanning Interferometer (Model: LSMi-7000) By placing the sample on a glass surface, interference fringe measurement can be easily performed. Scanning range is 30 mm × 50 mm, and it can be observed in an enlarged view on the monitor. It can inspect fine scratches, polishing defects, and chipping on ceramics and other materials. Interference fringe analysis software is optional. ● Cylindrical Laser Scanning Interferometer (Model: LSMi-7500) Interference fringes can be observed over the entire surface of the cylinder, allowing for precise inspection of the cylinder. ● Upright Laser Scanning Interferometer (Model: LSMi-8000) Enables non-contact measurement of fine interference fringes. Interchangeable lenses include 5 mm, 10 mm, and 26 mm scanning lenses, with custom options available. Can also be used as a standard confocal laser scanning imager. Devices Developed from These Applications Ultra-wide field confocal type, high resolution 1 μm 3D laser scanning imager Can measure 3D shapes within a range of 5 × 50 mm. ● Capable of measuring shapes with inclinations up to 45 degrees. ● Can also detect defects such as scratches and deep holes. ● Shape measurement and image acquisition of cylindrical surfaces are also possible.

• Laser microscope

This is a "laser exposure machine" that directly exposes positive and negative resists without a mask for pattern formation of insulating films, metal patterns, and the formation of banks and partitions in MEMS shapes related to printed electronics. It enables high-precision beam shape drawing across the entire scanning width through "raster scan type laser exposure" using a telecentric fθ lens and a polygon mirror. Laser wavelengths such as 375, 405, 650, 780, and 830 nm, including h-line and i-line, are selectable. Laser spot diameters of 2 μm (@405 nm), 10 μm, 22 μm, 30 μm, etc. Resolution options include up to 25,400 dpi, 5,080 dpi, and 3,000 dpi, among others. It can accommodate a wide range of photosensitive resists, including various semiconductor exposure resists, polyimide resists, and photosensitive Ag. Electrode formation can be achieved using organic TFT gate insulating films, photosensitive Ag inks, etc. Creating complex pattern shapes that are difficult with inkjet, flexo, or screen methods is made easy.

• Printing Machinery

Cortex-M Series - Designed for low-power embedded microcontrollers. The M series includes Cortex-M0, Cortex-M3, and Cortex-M4, which can be selected based on application needs. There are many examples, such as motor vector control in home appliances. There are numerous cases as a vector control CPU for three-phase motors. Features of the Cortex-M Series: (Adopted by many semiconductor companies as ARM-based microcontrollers) RISC 32-bit processor, Harvard bus architecture CMSIS (Cortex Microcontroller Software Interface Standard) Versions available with DSP/FPU (hardware computation unit). Thumb2 instruction set (mixed 16/32-bit instruction lengths) NVIC (Nested Vectored Interrupt Controller) Power consumption modes (sleep/deep sleep modes) Common development tools for the series Additional boards are required for LAN, WiFi, Bluetooth, video output, etc.

• Other electronic parts

Building an easy (EASY) embedded system using general-purpose CPU boards like Raspberry Pi 3 and LattePanda Windows version. These general-purpose CPUs come with all the functionalities of a computer, priced between 5,000 yen and 25,000 yen per board. They include memory, wired LAN, WIFI, Bluetooth, USB, I2C, GPIO, HDMI, camera IO, audio jacks, and SD card slots. By connecting an external HDMI LCD display, USB speakers, and USB power, they can function as a computer. Additionally, the LattePanda comes with Windows 10 pre-installed. Software like OpenCV can be easily integrated, and text-to-speech synthesis is straightforward. Touch panels and video displays allow for the easy construction of conversational man-machine interfaces. Moreover, a wide range of sensors and IO devices can be connected, and software can be written in familiar C++. The ability to easily connect to existing WIFI and LAN networks is a significant advantage. Additionally, adapters for use similar to mobile phones are available (at 25,000 yen), making it easy to create IoT devices.

• Other electronic parts

Y-Drive Co., Ltd. is a company that develops and researches printed electronics technology. We also offer consulting services for optimizing inkjet methods and inkjet printing. Our Inkjet Printing Control Starter Kit includes a set of components necessary for developing inkjet printing machines, compatible with various inkjet heads, including an inkjet head drive AMP, printing control software from a PC, and communication control between the PC and the head drive AMP. Please prepare your printing machine mechanics and RIP (image editing) software. *Inkjet heads are sold separately. For communication specifications with the control PC of the printing machine, options such as USB, LAN, and high-speed PCIe (350 MB/second) are available. There are also relay boards to extend and expand the connection between the control board and the head. Additionally, there is a set to expand the connection between the PC and the head drive board using an optical interface. High-speed transfer of different printing data for each print is also possible (up to about 3 sheets per second). The maximum number of heads that can be used is up to 40. *For more details, please download the catalog or feel free to contact us.

• controller

Inkjet technology consulting. We support the stabilization of manufacturing processes in printed electronics methods. We assist in the optimization of inkjet printing controller boards. Experienced engineers will provide direct support. - Support for inkjet ejection stabilization - DPN ejection control support - Ink circulation system construction / ink volume measurement - Process stabilization support / continuous process construction, etc. - Printed electronics materials, etc. - Compatible with various inkjet heads - Ink system ejection evaluation (paid service)

• Management consultant/Small business consultant
• Other process controls

This is a Fujifilm Dimatix inkjet head drive controller board. It can control SG/PQ/QS/QE. The pulse width is variable, and there is an optional head drive waveform generation software. The maximum ejection cycle is 20kHz and it can be synchronized with a transport system encoder. It can be connected to a printing PC via a dedicated PCIe board, supporting up to 10 heads. Bitmap data can be used for printing, and there is also printing control software available. Ink circulation pumps are available for separate purchase. Dimatix SG/PQ/QS head development kit ⇒ Total price: ¥4,900,000 1 head control AMP board: ¥3,500,000 * USB interface / encoder synchronization * Please order in lots of 4: ¥1,400,000 (4 boards for 4 heads) Computer printing control software, CMYK compatible (our specifications, controls 8 heads) * License-free for the first time: ¥3,500,000 * Dimatix head supply is also possible. * Please consult us about RIP software, PDF data, 6 colors/8 colors, etc. * Ink circulation module for SG: ¥600,000

• Other process controls
• Other semiconductor manufacturing equipment

The ink stirring and mixing device without wings can operate continuously for long periods in both forward and reverse rotation. It does not cut solid particles or ultra-fine fibers in the ink liquid. This device stirs and mixes using the centrifugal force and flow delay associated with forward and reverse rotation. It has a structure that minimizes mixing unevenness, which is common in unidirectional rotation types. It is suitable for low-viscosity ink dispersion and can operate continuously for 15 hours.

• Mixer/agitator

Ink circulation and transport pump that stabilizes ink ejection in inkjet printing. While monitoring the pressure of ink inflow to the head and ink discharge from the head, it achieves: meniscus control, ejection pressure control, reduction of ink volume gradient between nozzles, optimization of reservoir liquid level, purging, and internal head cleaning, all through closed-loop control. It is also effective for removing air bubbles in the ink and controlling ink temperature.

• Flow Control

Stretchable and Resistance Change Type Conductive Paste (Graphite-based) ◎ Volume resistivity 30Ω·cm² With a length of 2cm, width of 3mm, and thickness of 0.2mm, approximately 5kΩ ※ Dispersed in a stretchable resin ※ Viscosity 3-5 P (Not suitable for inkjet, intended for dispenser or screen printing) ※ Has adhesion to resin sheets. ※ Resistance change rate is about 3 times, with PTC characteristics. ※ Current maximum operating temperature is 120°C ※ Water-resistant. ⇒ Applications include resistance change type sensors, contact sensors, etc. Samples are available for a fee.

• Other polymer materials

We have developed a conductive paste that combines stretchable resin with graphite and CNT, which maintains conductivity through repeated stretching and changes its electrical resistance with stretching. ◎ Volume resistivity: 30Ω·cm² At a length of 2 cm, width of 3 mm, and thickness of 0.2 mm, it has a resistance of about 5 kΩ. ※ Viscosity: 3–5 PS (Not suitable for inkjet printing; intended for dispenser or screen printing) ※ Resistance change rate is approximately three times, and the coefficient of variation is undetermined. ※ The maximum operating temperature currently is 120°C. ⇒ Applications include resistance change sensors, contact sensors, etc. ● Advantages of using graphite-based materials: Conductive inks and paste materials such as nano-metal-based, carbon nanotube (CNT) based, and carbon microparticle-based materials: 1. High performance is expected, but processing and manufacturing methods are expensive, making it difficult for material prices to be low. 2. If graphite-based powder, which is produced in large quantities as a byproduct of carbon fiber, can be used as a conductive material, it would enable the creation of inexpensive pastes. 3. Our company has developed a conductive paste with a basic structure where long CNTs are wrapped around graphite-based fibers. 4. By intertwining both materials in a state that allows for continuous stretching and contracting, the stretchable conductor function is maintained.

• Other polymer materials

Product, Technology, and Service Name ■Overview of the product, technology, and service. 1. A sterilization light source for water, air, etc., using deep ultraviolet 276nm UV LED (a light source that replaces conventional low-pressure mercury lamps). It does not use high environmental burden substances like mercury. It is capable of sterilizing in a short time due to its proximity to "260nm," which destroys bacteria and viruses. 2. Application to optical inspection and measurement utilizing the absorption and transmission properties of substances to ultraviolet light. ■Potential for development of the product and technology in the field of regenerative medicine 1. Applications for "sterilization of cleaning solutions" used in regenerative medicine and "sterilization and removal of bacteria and viruses" floating in the air. 2. Provision of a sterile environment for drug discovery. 3. Various measurement applications using deep ultraviolet light. 4. Can be used in conjunction with photocatalysts (titanium dioxide). 5. Can be installed in clean benches and glove boxes.

• Lamps and light emitting devices

1) Photon energy that can break molecular bonding energy of organic substances. It draws hydrophilic areas on surfaces such as polyimide films. 2) Guides inkjet ink onto patterns and improves bulges, etc. - Inexpensive optical system using 285nm high-power UV LED - Pattern width: 200μm - Drawing area: 100×100mm - DXF file format can be used

• Other semiconductor manufacturing equipment

1. Low power and low heat structure using high output ultraviolet UV LED. 2. Does not use mercury, a high environmental burden substance. 3. Close to the wavelength that destroys the DNA of bacteria and viruses (260nm). 4. Sterilization of water and sterilization of medical cleaning water. 5. Longer lifespan and lower power consumption compared to mercury lamps. 6. Usable in hospitals for sterilizing bacteria in the air, in addition to sterilizing water. 7. Effective for deodorizing odors such as ammonia. 8. Adopted "LED mounting method" resistant to deep ultraviolet light.

• Sterilizer
• Other water treatment equipment

Printed electronics manufactured using a coating method for multi-layered and three-dimensional structures. *A must-see for application companies and equipment manufacturers! Are you fully prepared for the next generation of "Printed Electronics Year One"? Once JOLED Inc. starts shipping samples of its coating-type organic EL panels, the era of next-generation printed electronics will officially begin. Y-Drive Co., Ltd. will start new initiatives aimed at 2016. *What is printed electronics...? It is a technology that creates electronic devices (circuits) using printing methods. 【New initiatives for 2016】 ■ Ink discharge amount control ±1% ■ Ink landing position accuracy 5μm ■ Polar solvent ink technology ■ Thickness measurement after ink drying ■ Hydrophilic-hydrophobic pattern drawing processing ■ No discharge ■ DPN discharge control ■ Meniscus optimization ■ Material utilization efficiency over 90% ■ Ink technology and droplet measurement *For more details, please contact us or download the catalog.

• Other painting machines
• Other measurement, recording and measuring instruments

Digital Servo Control Technology and Program Current Vector Control Program (d-q Coordinate Transformation) realized with 3-phase PWM Compatible with ARM-based CPUs from various manufacturers: Cortex-M3 series, STMicroelectronics, Freescale, Toshiba, Fujitsu, Texas Instruments, etc. Renesas SH series.

• Servo

This is a control board for two types of DPN heads compatible with Konica Minolta models KM256LNB-DPN and KM128SNG-MB. It supports diagonal head arrangement, allows high-speed ejection at 50 kHz, and can simultaneously use a maximum of 10 to 40 heads.

• Other semiconductor manufacturing equipment
• Other process controls
• Other semiconductors

1. This is an inkjet coating device with DPN specifications for experimental use. 2. Konica Minolta's KM256LNB-DPN and others can be used.

• Other semiconductor manufacturing equipment

1. Konica Minolta inkjet head controller. KM256LNB-DPN DPN control head drive board. 2. It can be used with a maximum of 10 to 40 boards. 3. There is a PCIe board for high-speed data driving from a computer. 4. It can be synchronized with an encoder of 0.1 micrometers. Konica Minolta KM1024i head development kit ⇒ Total amount: ¥4,900,000 1 head control AMP board @ ¥350,000 * USB interface / encoder synchronization * Please order in lots of 4 boards: ¥1,400,000 (4 boards for 4 heads possible) Computer printing control software, compatible with CMYK Paint Shop (Our specifications, control of 4 to 8 heads, capable of gradation printing) * First time only, license-free: ¥3,500,000 * KM1024i head supply is also possible. Please consult with us. * Please consult regarding RIP software, PDF data, 6 colors/8 colors, etc.

• Other electronic parts

This is a drive board for the Kyocera Inkjet Head KJ4A/B. Kyocera KJ4A/B Head Development Kit 　　⇒ Total amount: ¥4,940,000 　　1 Head Control Board　　　　@ ¥180,000 　　　　　・Optional head extension board/cable available. 　　　　　　　　　　　　　　　　　　@ ¥15,000 　　※ USB interface/encoder synchronization ※ High-speed PCIe (dedicated) interface/encoder synchronization 　　　　　・Transfer speed: maximum 20MB/second 　　　　　・Can print different printing data 3 times/second 　　　　　・One PCIe board can control 8 head control boards 　　　　　・Optional price: @ ¥850,000 per board 　　※ Please order in lots of 8 boards: ¥1,440,000 (8 boards for 8 heads) 　　Computer printing control software compatible with CMYK Paint Shop 　　　(Our specifications, controls 4 to 8 heads,) 　　※ First time only, license-free: ¥3,500,000

• Other electronic parts

"Precision Discharge Control Technology Using Inkjet Flight Observation Device" Complies with KM256/128 head specifications Starter kit for printing machine development with various heads - Ricoh GEN5 Control AMP and printing software set ⇒ Total amount: ¥5,300,000 (for two head control board version) GEN5 two-head control AMP board @ ¥450,000 ※ USB interface / encoder synchronization ※ Please order in lots of four: ¥1,800,000 (up to four heads) Computer printing control software, CMYK compatible (our specifications, eight head control) ※ First time only, license-free: ¥3,500,000 - Dimatix: SG/PQ/QS head development kit ⇒ Total amount: ¥4,900,000 One head control AMP board @ ¥350,000 ※ USB interface / encoder synchronization ※ Please order in lots of four: ¥1,400,000 (up to four heads) Computer printing control software, CMYK compatible (our specifications, eight head control) ※ First time only, license-free: ¥3,500,000 ※ Ink circulation module for SG sold separately @ ¥600,000

• Other semiconductor manufacturing equipment

Experimental Inkjet Coating and Printing Equipment - Metal nanoparticle ink / UV-curable ink / Organic ink, etc. - High-precision discharge synchronization control technology with mechanics - Various high-precision printing correction control technologies available - High-precision printers are also available (printing position accuracy of 1μm possible as an option) * Can be combined with flying observation equipment * DPN control function is also possible Compatible with various inkjet heads - Ricoh Industries, Ltd. / Xaar - Konica Minolta, Inc. / Fujifilm Dimatix - Kyocera Corporation / Trident, etc. Printing machine development kits for various heads - Ricoh GEN5 head: Total amount ¥5,300,000 - Konica Minolta KM1024i: Total amount ¥4,900,000 - Dimatix SG/PQ/QS: Total amount ¥4,900,000 - Kyocera KJ4A/B head: Total amount ¥4,940,000

• Other semiconductor manufacturing equipment

Controller drive board for GEN5 (Ricoh wide format head) and CMYK color printing control software. A starter kit is also available. Ricoh GEN5 Head Development Kit 　　⇒ Total amount: ¥5,300,000 (includes 2 heads and control board) 　　GEN5 dual-head control AMP board: ¥4,500,000 　　* USB interface / encoder synchronization 　　* Please order in lots of 4: ¥1,800,000 (4 pieces, 8 heads possible) 　　PC printing control software, CMYK compatible (our specifications, 8 head control) 　　* First time only, license-free: ¥3,500,000 　　* RIP software, PDF data, 6 colors / 8 colors, etc. are also available for consultation. 1. The head control unit and drive AMP for GEN5 are integrated into a single board. 　　* Power will not be unintentionally cut off. 　　* Head temperature and board temperature can be measured. 2. Maximum ejection cycle of 30 kHz. Can be synchronized with the transport system encoder. 3. Multi-drop compatible. Head temperature control is possible. 4. The interface with the printing PC uses USB (maximum 12 Mbps). 5. Multiple units can be used to configure a CMYK color printer. 6. There is software for generating head drive waveforms.

• Other process controls