高砂電気工業 List of Products and Services

- This is a super low-power pinch valve that only draws power during opening and closing operations, and does not require power to maintain the open or closed state. It generates very little heat, making it ideal for controlling fluids that contain heat-sensitive cells. - It uses a DC geared motor for operation, eliminating the need for a dedicated driver circuit. - The cover is equipped with magnets for easy one-touch attachment and detachment, allowing for easy tube replacement. - To facilitate easy connection of external flow path tubes to the valve, we offer a dedicated tube with tube joints at both ends as an optional accessory.

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To achieve a sustainable society, the promotion of hydrogen energy is underway. Our company is advancing the verification of our solenoid valves for hydrogen compatibility to supply safe and reliable valve products for hydrogen use. As part of this effort, we conducted material tests to confirm how much the constituent materials of the valve products are affected by hydrogen. In the tests, we used material test specimens made of metals and resins to evaluate the impact on material strength in a hydrogen gas environment. The results showed that there is no impact on material strength in environments with hydrogen pressure below 1 MPa. Target materials: SUS304, SUS316, SUS316L, SUS430, K-M31, A6061-T6, A2017, SK-5, PEEK, PPS, PTFE, SUS304-WPB, EPDM, FKM.

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We receive many requests for customization of pinch valves. Among them, we would like to introduce some custom cases that are particularly in demand, such as "support for large tube diameters" and "reduction of power consumption."

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- This is a non-diaphragm structure relief valve that uses materials such as SUS304 and EPDM in the wetted parts. - It is used as a protective mechanism for the flow path by releasing pressure when the pressure in the customer's flow path rises abnormally. - It can also be used as a check valve. - Since we design it custom for pressure settings and other specifications, please contact us for details.

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【Features】 - This is a controller that can control multiple pumps and valves. - Install the dedicated software from the included USB memory and control the operation of the pumps and valves from a computer. - It can control up to 10 pumps and valves. - Each pump's flow rate and rotation direction can be controlled. - In calibration mode, flow rate calibration can be performed based on the actual measured values of each pump's flow rate. - Sequence control is also possible. - Both DC motors and stepping motors can be connected as pump types. - We will listen to your requests and design a customized solution. Please feel free to consult with us.

• Other pumps

【Portable Medium Exchange System】 Automating daily medium exchange tasks 【3D Perfusion Culture System】 For three-dimensional tissue culture such as angiogenesis and organoids 【Pressure Retention System】 Compactly achieving stable, non-pulsatile fluid delivery 【Differentiation Induction System】 Automating medium replacement and the introduction of differentiation induction reagents 【Fluid Control System for Live Cell Imaging】 Fully automating pipetting operations for media and reagents required for live cell imaging

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**Features** - Due to the brushless motor, it has a long lifespan, is maintenance-free, and operates quietly. - The wetted parts do not contain metal, allowing for use with a variety of fluids. **Announcement** From October 30 (Wednesday) to November 1 (Friday), we will be exhibiting the diaphragm pump DCP series, as well as thruster valves and ultra-compact pumps, at "Messe Nagoya 2024" held at Port Messe Nagoya. We invite you to visit our booth. Event Name: Messe Nagoya 2024 Date: October 30, 2024 (Wednesday) - November 1, 2024 (Friday) Venue: Port Messe Nagoya (Nagoya International Exhibition Center) Booth: Special Exhibition in Hall 1, Space Approach EXPO To make a reservation for your visit, please click here: https://nagoya2024.messe.ai/entry/form/add

• Syringe Pump

BioServe Space Technologies is a center located within the Department of Aerospace Engineering at the University of Colorado Boulder in the United States. To date, it has been involved in over 90 space missions, conducting experiments in life sciences in microgravity environments, including the design and construction of hardware. Currently, BioServe Space Technologies is developing a system called the BioServe In-Space Cell Expansion Platform (BICEP) to support the proliferation of hematopoietic stem cells in microgravity. Hematopoietic stem cells are the precursor cells for red blood cells, white blood cells, and platelets. Bone marrow transplantation, a treatment method for leukemia and cancer, involves infusing hematopoietic stem cells harvested from healthy donors into patients, allowing them to settle in the patient's bone marrow and regenerate the blood system. Additionally, when proliferated on Earth, the proportion and robustness of stem cells decrease as the culture progresses. It is believed that the microgravity environment better mimics the conditions of hematopoietic stem cells within the bone marrow, and it is expected that it will enable the proliferation of higher quality cells for transplantation.

• Other pumps

【Features】 - The standard flow rate is 300 mL/min, and the pressure range is -60 to 100 kPa. - It has a brushless motor, ensuring long life, maintenance-free operation, and low noise. - The wetted parts do not contain metal, making it suitable for a variety of fluids. *Note: The flow rate curve is for reference only and is not guaranteed.

• Syringe Pump

【Features】 - The standard flow rate is either 180 mL/min or 200 mL/min, with a pressure range of -30 to 100 kPa. - It has a brushless motor, ensuring long life, maintenance-free operation, and low noise. - The wetted parts do not contain metal, making it suitable for a variety of fluids. *Note: The flow rate curve is for reference only and is not guaranteed.

• Syringe Pump

【Features】 - It is a stepping motor type with two discharge rates (20 μL/min to 7 mL/min, 30 μL to 10 mL/min). - You can choose from four types of tubes: silicone, Fermod BPT, Versilon F-5500-A, and Transmaster TM-15. - The pump head (liquid contact part) can be easily replaced. - The pump head is sterilizable. * * Autoclave (121°C for 25 minutes × 10 cycles) / gamma radiation (25 kGy). Pumps using the "Transmaster TM-15" tube are not suitable for autoclaving.

• Other pumps

【Features】 - There are two types: brushed DC motor and brushless DC motor. - The flow rates are available in two options (3–7 mL/min, 3–10 mL/min). - You can choose from four types of tube materials: silicone, Firmed BPT, Versilon F-5500-A, and Transmaster TM-15. - The pump head (liquid contact part) can be easily replaced. - The pump head is sterilizable. * * Autoclave (121°C for 25 minutes x 10 cycles) / gamma rays (25 kGy). Pumps using "Transmaster TM-15" tubes are not suitable for autoclaving.

• Other pumps

Howe Industries is a startup company developing propulsion systems for spacecraft, including satellites, in Arizona, USA. They are considering the incorporation of our ultra-compact HVA series valves into the thrusters they are developing. This thruster primarily uses water instead of harmful propellants like hydrazine, which have traditionally been used, making it environmentally friendly and efficient amid the growing demand for small satellites. Previously, when the company used valves from other manufacturers, they had to cut the connecting pipes in-house after purchase because the length did not match. However, during the cutting process, metal shavings sometimes entered the valve, hindering its normal operation. [Challenges and Solutions] Initially, Howe Industries intended to process the pipes for our valves in-house, but they were very pleased to learn that we could customize the pipe length to their specifications. This allows them to avoid the hassle of internal processing and incorporate a reliable valve into their equipment. We hope this custom valve will be integrated into the thruster, enabling actual spaceflight in the near future.

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【Custom Request】 I want to change the temperature specifications / I want to reduce power consumption. 【Consultation Details】 Background: Developing a fuel cell to secure power in polar regions. Issue: Looking for a valve that can be used at extremely low temperatures (-30°C) with low power consumption (below 1W). 【Base Product Information】 Diaphragm Valve EXV series 【Custom Points】 - Optimally designed coil power and seal load to create a valve that operates at 0.7W. - Successfully redesigned from a diaphragm type to a non-diaphragm type, making it usable in low-temperature environments. 【Custom Request】 I want to change the temperature specifications. 【Consultation Details】 Background: Developing an exhaust gas monitoring device in response to factory exhaust gas regulations. Issue: There are highly corrosive gases in the exhaust, and it needs to be used in high-temperature environments. 【Base Product Information】 Diaphragm Valve PKV series 【Custom Points】 - Selected materials and implemented heat transfer measures (installation of a bench duct and structural improvements) to accommodate gases up to 200°C. - Installed a pressure reduction circuit to minimize heat generation from the actuator.

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At the Yoshimura Laboratory of the University of Tokyo, fluorescent single-molecule imaging is being conducted. In fluorescent single-molecule imaging, the fading of fluorescent molecules is a problem. To observe weak single-molecule fluorescence in real-time, strong excitation light is required, which inevitably leads to faster fluorescence fading. One method to reduce fluorescence fading is to conduct observations in an environment that mimics the reduced state and low oxygen concentration found in biological tissues. A low-oxygen environment can be achieved using commercially available microscope stage top incubators, but when administering reagents to the sample, it is necessary to maintain the reagents in the same low-oxygen environment. [Challenges and Solutions] Takasago Electric Industry, tasked with solving this problem, developed the device "CEIM-C001," which maintains a low-oxygen environment on the microscope stage while administering reagents to the observation sample. This was achieved by installing an observation sample and a reagent reservoir within the low-oxygen stage top incubator, and incorporating a flow path that includes a pump inside the incubator. As a result, continuous observation, which was previously limited to a maximum of several tens of seconds under conventional observation conditions, can now be extended to several minutes, allowing for longer-duration fluorescence imaging of living cells.

• Other laboratory equipment and containers

- Standard pressure 5.5 MPa or 10 MPa - Compact and lightweight

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- Operating pressure 2 MPa - Compact and lightweight - Complies with the vibration and shock test conditions of ISO 19683 standard (HVA-2-N1FN)

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【Features】 - This is a compact-sized pump. - It is a stepping motor type with four different flow rates available for selection based on your application. - Compatible tubes can be selected from silicone and FEP (Fluorinated Ethylene Propylene). - The pump head (liquid contact part) can be easily replaced. - The pump head is sterilizable. - It is ideal for analytical instruments, medical devices, fuel cells, drug delivery systems, and regenerative medicine (cell culture), among others. * For pumps using silicone tubes: Autoclave (121°C for 25 minutes x 1 time) / Gamma radiation (25 kGy) For pumps using FEP: Gamma radiation (25 kGy) * Autoclaving is not possible. * For more details, please download the PDF or feel free to contact us.

• Other pumps

This is a circuit board that can easily generate the 250mA required to drive the SMV from a 3V power supply. *For more details, please download the PDF or feel free to contact us.*

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- This is a diaphragm structure relief valve that uses only high corrosion-resistant materials such as PTFE and PPS in the wetted parts. It can be used with strong acids and strong alkalis. - When the primary side pressure rises, the valve opens, allowing fluid to flow to the secondary side port, preventing the pressure in the primary side piping from exceeding the relief pressure. - It is low-cost and does not require a pressure sensor. Further cost reduction is possible through mass production. - It can be installed directly on the piping, eliminating dead volume caused by the installation of relief branch piping. *For more details, please refer to the PDF document or feel free to contact us.

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Space Tango is a company headquartered in the United States that provides advanced automation solutions for research and manufacturing in microgravity environments. Leveraging a broad expertise in engineering and scientific consulting, it offers comprehensive guidance to partners throughout the entire process of designing, integrating, and operating experiments in space. **Challenges and Solutions** During the preparation for SpaceX's CRS-25 mission, Space Tango faced specific requirements such as biocompatibility, sterility, and the need for pumps and valves that fit within limited space. Additionally, the pumps required for this specialized payload needed to provide a consistent and accurate flow rate of 125 +/- 25 uL/min. Fortunately, Space Tango found the SBP series syringe pumps, which met all of these stringent criteria. For other payloads, they utilized the RP-Q series tube pumps. The selection was driven by the pumps' compact size, reliability, and high levels of biocompatibility and sterility. Takasago Electric aims to continue contributing to cutting-edge research in space through Space Tango in the future.

• Syringe Pump

**Case 1** We received an inquiry from a customer developing tablet manufacturing equipment in Asia, who wanted to repeatedly discharge a high-viscosity fluid at a targeted timing. In response, we customized based on our quantitative dispensing pumps, the MLP series and PKP series. By optimizing the power balance between the spring and actuator, we were able to discharge the high-viscosity fluid (150cps) that the customer desired. We achieved a discharge pressure 1.5 times higher than conventional standards according to our inspection criteria, and received very high praise for the prototype. **Case 2** We received an inquiry from a customer in the analysis industry in the Czech Republic, who was looking for a valve that could handle corrosive solutions at high pressure for a waste analysis device. In response, we optimized the diaphragm shape, spring, and actuator based on our diaphragm valve MTV series, making it capable of withstanding high pressure. Additionally, to allow for the flow of corrosive solutions, we adopted non-metallic materials for the wetted parts.

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- This is a controller for a 6-channel pump (stepping motor type). - You can set the flow rate, rotation direction, and microstepping for up to 2 pumps and control them (the driving conditions of the pumps must be the same). - In calibration mode, you can perform flow rate calibration based on the actual measured values of the pump's flow rate.

• Other pumps

【Features】 - Accurately delivers ultra-small volumes of liquid. - By using different pump heads, it can accommodate a wide flow range from 2 to 1000 µL/min. - The pump head features a mechanism using powerful magnets, making it very easy to replace. - Its dimensions are 32 × 20 × 46.2 mm, making it very compact. - A user-friendly controller is also available (sold separately). - There are pump heads that can be autoclaved for sterilization (sold separately).

• Other pumps

- This is a ceramic piston pump driven by a stepping motor, equipped with a light sensor, achieving high repeatability accuracy (CV 0.5%). - It uses wear-resistant ceramics, achieving a lifespan of over 10 million cycles*. - The wetted materials are PVDF, PTFE, and Al2O3, which have excellent corrosion resistance. - The standard flow rates are set at 100 μL, 200 μL, and 300 μL/shot, but customization is possible upon request. * Based on our experimental conditions. * For more details, please contact us or download the PDF.

• Other pumps

- Liquid is delivered while maintaining a constant pressure inside the bottle using a pressure sensor. - Stable micro-pressurization has been achieved. With the feedback function, pressure adjustments can be made in increments of 0.1 kPa. - By changing the pump used, the corresponding pressure can also be changed. 【Specifications】 Pressure range: 0 to 10 kPa Pressure adjustment unit: 0.1 kPa Feedback: ± 0.1 kPa Voltage: 12 VDC External dimensions: W 170 × L 70 × H 120 mm *For more details, please contact us or download the PDF.

• Pressure Control

- Normal operating pressure 2.8 MPa - Moving parts are non-sliding

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- This is a controller for syringe pumps SBP and SCP. - By connecting to a computer via USB, you can store the pump's operating speed and volume in memory, and control the pump manually or from the computer. - When using a computer, please download and use the software SXP-APS from the Takasago homepage. Download URL: https://takasago-elec.co.jp/products/p14479/ *For more details, please contact us or download the PDF.

• Syringe Pump

PRINT A DRINK, an Austrian company, has established the world's first technology for 3D printing within beverages. Using high-end industrial robots, it can create micro-liter quantities of drinks in spherical form to inject into cocktails. With PRINT A DRINK's technology, complex 3D patterns can be drawn in various beverages in under a minute. Our ultra-compact diaphragm valve NV series has been adopted in the prototype of their 3D printing device.

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One Tens Co., Ltd. (hereinafter referred to as "One Tens") is a technology venture that possesses a patented technology called "three-chamber double-in type electrolysis technology." Utilizing this technology, we are engaged in the research and development of electrolyzed water "IELU." "IELU" is electrolyzed water that has been proven to be highly effective against various viruses and bacteria, safe enough to drink, and has potential benefits for wound healing and improving skin conditions. You can use "IELU" from the tap in your home, use the "IELU" that comes out for space disinfection, or use it in baths to heal atopic conditions. To realize such ideals, our company has been chosen as a development partner for miniaturizing the equipment.

• Circuit board design and manufacturing

Ballwave is a startup company originating from Tohoku University that conducts research and development of sensors, as well as the manufacturing and sales of devices using these sensors. Ballwave's ball SAW (Surface Acoustic Wave) sensors utilize the property of waves traveling along the surface of a sphere while maintaining the same width over long distances, achieving compact size, high sensitivity, and fast response. Products utilizing ball SAW sensors include ultra-trace moisture meters and ultra-compact gas chromatographs. **Challenges and Solutions** Ballwave's ultra-compact gas chromatograph was developed through collaborative research with JAXA (Japan Aerospace Exploration Agency). When considering applications for space exploration, challenges such as compact size, lightweight, and low power consumption arose, leading to interest in our latch-type compact corrosion-resistant solenoid valve NLV series. Additionally, through our expertise in customization, we designed a miniature manifold to match the desired flow pattern. After repeated prototyping, we successfully developed a gas chromatograph for space exploration applications. A portable, palm-sized (A5 size) gas chromatograph for terrestrial applications has also been developed, and prototype offerings have now begun.

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Diram, a company located in the Czech Republic, develops and manufactures devices for electrochemical analysis, radiation measurement, microscopic image analysis, and waste analysis. This time, our high-pressure compatible three-way valve has been adopted for the Diper 4K/50 device, which is used to leach heavy metals contained in landfill waste. [Challenges and Solutions] Diram's devices, which use corrosive solutions, required that the wetted parts be made of non-metal materials and that they be capable of withstanding high pressure to allow leachate to flow through the samples in the cylinder. In response to this challenge, our non-metal high-pressure compatible three-way valve, the MTV series, was adopted.

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Dr. Shuichiro Yamanaka from Tokyo Medical University is conducting research on kidney regeneration as a new treatment for renal failure. To regenerate a functional kidney, he creates "Kidney Seeds." In previous studies, he successfully transplanted Kidney Seeds into renal failure rats, resulting in urine production (Yokote S, PANS, 2015; Fujimoto T, Cell Reports, 2020). **Challenges and Solutions** To create Kidney Seeds, stem cells must be transplanted into small kidneys during the embryonic stage. The electric injector using the pen-type syringe pump SBP from Takasago Electric Industry assists in this transplantation. Recent research demonstrated kidney regeneration from organ-deficient animals by transplanting kidney-specific stem cells called renal progenitor cells into mice that cannot develop kidneys using the electric injector, although the kidneys were immature (Yamanaka S, JASN, 2019). In the future, the aim is to create regenerated kidneys within large animals such as pigs and utilize those kidneys for the treatment of patients with renal failure.

• Special Pump

【Features】 - The standard flow rate is either 400 mL/min or 500 mL/min, with a pressure range of -60 to 100 kPa. - It has a brushless motor, ensuring long life, maintenance-free operation, and low noise. - The wetted parts do not contain metal, making it suitable for a variety of fluids. *Note: The flow rate curve is for reference only and is not guaranteed.

• Syringe Pump

This is a spray unit that can be attached to a drone and used for applications such as repair and inspection of construction and buildings, wasp nest removal, and marking. We also offer rental of prototype units. 【Features】 - Weighs only 200g (*1) - Size 70mm x 70mm x 70mm (*1) (*2) - Spray can can be attached with a single touch - ON/OFF control via Bluetooth - Battery-operated *1: Weight and size of the unit alone *2: Excluding the nozzle

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When conducting advanced fluid control, various issues arise. There may be cases where the desired functionality cannot be achieved as designed, necessitating a fundamental redesign. Additionally, as fluid control becomes miniaturized, different technical elements emerge compared to conventional methods, and if appropriate designs are not made in advance, significant waste of valuable development time and costs may occur. We offer total consulting and design and production contracting services, keeping in mind the launch of experimental devices, prototypes, and even mass production equipment for various development projects. 【Examples of Services】 ■ Design proposals from prototype devices to equipment structures ■ Comprehensive problem-solving proposals for fluid, thermal, optical, electrical, etc. ■ Verification and analysis services for flow, heat, diffusion, pressure, and reactions ■ Contract manufacturing services for prototype devices ■ Improvement proposals for existing equipment structures *For more details, please refer to the PDF materials or feel free to contact us.

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"Integration" refers to the combination of multiple components such as solenoid valves and pumps, connecting flow paths with manifolds, and integrating them to realize a series of fluid control functions, or to the integrated products themselves. If you provide us with your desired specifications and an overall flow diagram, we will consider the selection and arrangement of suitable components and propose integration products. Additionally, for researchers at universities and research institutions who may not specialize in fluid control equipment design, we offer more advanced and extensive integration services. As long as you provide the system concept and desired functions, we will handle everything from design and component selection to prototype production in a seamless manner. *For more details, please refer to the PDF materials or feel free to contact us.*

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Takasago Electric Industry, as a specialized manufacturer of fluid control, flexibly responds to all product design requirements of our customers. Based on our extensive track record and fresh ideas, we actively propose various product customizations tailored to individual requests, and we have achieved customer satisfaction in many cases. We also accommodate small-scale prototypes, so please feel free to share your requests or concerns regarding fluid components such as solenoid valves and manifolds. [Customization Targets] ■ Valves (Solenoid Valves) ■ Pumps and Micro Pumps ■ Manifolds and Flow Path Chips ■ Fittings *For more details, please refer to the PDF document or feel free to contact us.

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Aren't you manually changing the "flow rate"? Proportional control valves can adjust the flow rate by changing the voltage, contributing to cost reduction through DX and IoT!! Since they are solenoid-driven, operation is also simple! All parts in contact with the fluid are made of PTFE (Teflon), making this product excellent in corrosion resistance and chemical resistance. Additionally, since the fluid does not flow through the sliding parts, it can be used in fields such as semiconductors and food, where contamination by particles is undesirable. 【Features】 - All wetted parts are made of PTFE, providing excellent chemical resistance. - It is solenoid-driven, allowing flow rate adjustment through voltage operation. - We can customize the flow rate range according to customer requirements.

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【Features】 - This is a solenoid-driven valve that can adjust the flow rate by increasing or decreasing the applied voltage/current. - It is suitable for a wide range of flow rates with a large diameter, and can be used for various applications including ventilators. - It can be used for both gases and liquids.

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A component called a locker moves inside the valve like a seesaw, alternately sealing the left and right valve seats (see image). All ports have equivalent pressure resistance, and there are no restrictions on the direction of fluid flow, simplifying your manifold design. 【Features】 - There is almost no change in internal volume during the opening and closing operation, resulting in reduced pumping volume. - The pressure resistance of all ports—COM, N.C., and N.O.—has been improved to nearly the same level. A high-pressure type (500 kPa) is also available. - The gasket connection type has a width of 16 mm, allowing for a high-density integration of multiple solenoid valves. The pitch between ports is compatible with products from other manufacturers. - Furthermore, the pitch between ports for the two-way valve improves compatibility with other manufacturers' products, with a wide type (using both end ports, back side model number "2") and a narrow type (using the central port, back side "21"). *Specifications can be confirmed by downloading the PDF.

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This is a type of sliding valve, where a partition plate called a slider moves up and down internally to block and close the flow path. The pumping volume generated when the diaphragm valve opens and closes, as well as the dead volume that can lead to liquid pooling, is nearly zero, eliminating negative factors that could reduce the accuracy of analysis and dispensing. The pressure resistance has also been significantly improved. 【Features】 - There is no structural change in volume within the valve that would cause pumping volume. - The flow path is almost linear, and the internal volume is extremely small, making it much better than diaphragm valves in terms of liquid displacement. - It operates with ON/OFF control of a solenoid, making it easier to control compared to motor-driven rotary type sliding valves, and it does not require a dedicated driver. Its size is also compact. *For more details, please contact us or download the PDF.

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This is a detachable liquid-contact part, a small cartridge valve that can be autoclaved. It is hygienic and economical, suitable for a wide range of applications including regenerative medicine. 【Features】 - The valve body, which is the liquid-contact part, can be easily detached and replaced from the solenoid using magnets. The valve body is autoclavable, making it suitable for applications in regenerative medicine that require high hygiene standards. - Due to its diaphragm valve structure, it can handle a wide range of chemicals, as well as high-pressure and high-temperature fluids that cannot be managed by pinch valves. The standard materials for the liquid-contact parts are PPS, PTFE, and FPM (custom options available). - The valve body can rotate, allowing the connection port to be oriented in any direction. *Customization is available according to customer requirements.

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This is the world's smallest class ultra-compact diaphragm valve with excellent chemical resistance. It enables miniaturization of manifolds and shortening of flow paths, contributing to the downsizing of your equipment. 【Features】 - External dimensions φ5.7 mm × H26 mm (manifold type) (Rear mounting type: H 27 mm, nipple type: H32.5 mm) - Diaphragm valve with excellent chemical resistance The wetted parts are made of PEEK and FFKM. The materials can be changed upon request. (However, the wetted material for the nipple part is only PEEK.) - Internal volume of only 1.2 μL (nipple type: 4.3 μL) In pursuit of extreme miniaturization, the internal volume is 1.2 μL. Among this, the internal volume of the valve chamber, which could become dead volume, is only 0.75 μL. - Latch mechanism adopted (NLV) The open and closed states of the valve are maintained by the magnetic force of a permanent magnet. Since no power is required to maintain the state, it has energy-saving effects and reduces heat generation associated with power supply. Power is needed during state transitions (open → closed, closed → open), and polarity switching is also required for each direction of operation. *Please feel free to contact us for more details.*

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Power consumption is approximately 0.3 W. It can be powered by dry batteries, making it suitable for portable devices. Since it uses shape memory alloy as the driving source, it operates without the noise typical of solenoid valves, providing excellent quietness. With external dimensions of 19 × 18.4 × t 4 mm, it is very thin, lightweight, and compact. 【Features】 - Small and lightweight (19 × 18.4 × t4 mm, approximately 1.5 g) - No operational noise during driving - Low power consumption (0.3 W or less when using a 12VDC power supply or two AA alkaline batteries) - Significant cost reduction achieved compared to our equivalent products due to the molding of the housing and body and the simple actuator structure. *For more details, please download the PDF or feel free to contact us.

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