11-20 / 1985 hits
Usage: Contact points for hand-held chargers Material: C1720-1 / 2H Plate thickness: 0.15 mm Progressive Die Minimize contact burr. Since 3 pieces are installed in parallel (using 3 pieces), the heights of the contact parts must be the same. Dimensional accuracy is required despite the complicated bending
| Main 3 products | Precision progressive die design and manufacture Precision stamping Various single-shot mold design and production |
|---|---|
| Type of manufacturing | Telecommunication equipment Electronic parts Medical equipment |
| Recommended manufacturing category |
1:Die manufacturing - Press die - Progressive die 2:Mass production - Metal press - Progressive press (35 - 80 t) 3:Mass production - Metal press - Single press (below 80 t) 4:Designing - Mold designing - General metal press die 5:Development and production of prototype/Small-scale production - Electrical discharge machine - Electric discharge machining 6:Die manufacturing - Press die - Manufacturing 7:Die manufacturing - Press die - Designing 8:Development and production of prototype/Small-scale production - Electrical discharge machine - Micro hole machining 9:Mass production - Metal press - Stainless steel 10:Mass production - Metal press - Thickness: below 0.2 mm |
[Prototypes] Quick delivery without the use of molds! [Material] Iron Galvanized steel plate SECC [Size] t=2.0mm Product size: 360.5 x 46 x 69 [Lot] 1 to 50 [Accuracy] ±0.1 to ±0.5 [Processing method] Programming → Laser processing → Finishing → Countersink burring → M4 tapping → M3 tapping → Hemming (seam) → Bending [Industry/Application] Electrical parts Bracket used for part of the upper housing [Feature] This prototype product is utilized in electrical-related products. We have experience in handling prototypes for sheet metal processing from one piece. The outside perimeter of this product is finished after laser processing, and bending is performed after burring and tapping. As shown in the photo, there are several bends and the U-shaped tip is bent further inward, thus bending it into the product shape will be impossible if the order of bending is incorrect. We delivered this prototype within a week after receiving the order. We are pleased to discuss with you about your needs. Starting with a single prototype, please do not hesitate to contact us if you are experiencing any difficulties with prototypes, presses, or sheet metal. Zaou Seisakusho Co., Ltd. is a parts manufacturer that specializes in precision sheet metal processing by laser processing and press processing with a maximum capacity of 300 tons. In addition, in order to satisfy our customers' QCD, the biggest feature is that we are doing one-stop from mold making to press work in-house. As a post-press process, we comprehensively support caulking, tapping, spotting, welding, assembly, etc. We are currently working on improving our sales support. ◇Contact us◇ 225 Osawa Sengoku, Kaminoyama-shi, Yamagata 999-3122 TEL: +8123-672-2237 FAX: +8123-672-2418 https://www.zao-press.jp/ E-mail: y-suzuki@zao-press.co.jp Please contact Sales Department (PIC:Suzuki)
| Main 3 products | Automotive parts Copying machine, OA parts related Electrical parts |
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| Type of manufacturing | Office automation equipment Transportation equipment Medical equipment |
| Recommended manufacturing category |
1:Mass production - Metal press - Progressive press (80 - 200 t) 2:Designing - Mold designing - Progressive die designing (auto) 3:Designing - Mold designing - Progressive die designing (light electrical) 4:Designing - Mold designing - Drawing metal press die designing 5:Designing - Mold designing - General metal press die 6:Mass production - Metal press - Single press (80 - 200 t) 7:Development and production of prototype/Small-scale production - Sheet-metal processing - Precision sheet metal machining 8:Development and production of prototype/Small-scale production - Machining - Tapping 9:Development and production of prototype/Small-scale production - Welding/Adhesive bonding - TIG welding (argon welding) 10:Development and production of prototype/Small-scale production - Welding/Adhesive bonding - Robot welding |
Material: SPH270C / Plate thickness: 6.0 mm / Hole diameter: 1.2. We can perform drilling with press stamping. By putting them inside progressive molds, we can drastically reduce costs. Special Characteristics 1. Production with hole machining precision of plus/minus 0.01 mm made possible 2. Shear surface length 80% or more 3. As for burrs, fracture surface molding nearly like burr removal of the same chamfer surface Material: SPHC Plate Thickness: 6.0 mm Hole Diameter: 1.2
| Main 3 products | Progressive mold designing Progressive mold manufacturing Progressive press stamping / cold forging |
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| Type of manufacturing | Transportation equipment Electronic parts Office automation equipment |
| Recommended manufacturing category |
1:Mass production - Metal press - Progressive press (200 - 500 t) 2:Designing - Mold designing - Progressive die designing (auto) 3:Die manufacturing - Press die - Progressive die 4:Designing - Mold designing - Progressive die designing (light electrical) 5:Die manufacturing - Press die - Blanking die 6:Designing - Mold designing - NC data creation (press) 7:Mass production - Metal press - Progressive press (80 - 200 t) 8:Mass production - Metal press - Progressive press (35 - 80 t) 9:Die manufacturing - Press die - Die set machining 10:Designing - Mold designing - General metal press die |
There are three types of welding methods. -Fusion welding -Pressure welding -Brazing This time, we would like to introduce about copper and copper welding, which is our strength. ● Fusion welding: A method of melting and welding the part to be welded → Arc welding (method of melting and welding materials with high current + gas) Typical example ①MAG welding: CO₂ gas 100% Or argon 80% + CO₂ 20% ②MIG welding: Argon 100% ③TIG welding: Argon 100% <Meaning of each alphabet> M…METAL A…Active (active gas) I…Inert (inert gas) T…Tungsten (electrode) We use direct current of TIG welding to perform copper + copper welding. The base material to be welded is preheated and welded with electricity, but the electricity and heat are dispersed and emitted in all directions of the copper material, making temperature control and speed extremely difficult. For this reason, expert techniques and tricks are important due to current adjustment during welding, gas adjustment called after-flow, etc. are different each time depending on the season, temperature, and copper lot. ● Additional explanation TIG welding of dissimilar materials such as copper and aluminum is not possible. Reason 1: The melting point of copper is 1085℃, and the melting point of aluminum is 660℃. Reason 2: The welding conditions are very different from DC for copper and AC for aluminum. This time, we introduced one of the three types of welding, "fusion welding". The article below introduces "brazing" and TIG welding machines, so please take a look. 75 years of our strength, "brazing", one of the welding methods https://en.nc-net.or.jp/company/91883/product/detail/185141/ Please contact us for copper and aluminum precision parts processing. You may find information on processing technology such as copper bus bars, copper rods and copper precision parts on our website. http://ishigaki-st.com ISHIGAKI SHOUTEN Inc. 1-629 Seko, Moriyama Ward, Nagoya City, Aichi Prefecture 463-0068 TEL 052-793-3080 FAX 052-793-1079 E-mail: info@ishigaki-st.com Person in charge: Sales Department Sodeoka
| Main 3 products | Transformer parts (copper strips, etc) Control panel parts (copper bar, etc) Vehicle parts (connecting conductors) |
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| Type of manufacturing | Heavy electric machinery Industrial machinery Transportation equipment |
| Recommended manufacturing category |
1:Mass production - Metal press - Copper 2:Development and production of prototype/Small-scale production - Machining - Machining/Handles small-scale production (order from 1 piece) 3:Development and production of prototype/Small-scale production - Sheet-metal processing - Sheet metal protocol manufacturing 4:Mass production - Mechanical processing - Machining 5:Development and production of prototype/Small-scale production - Prototype processing - Bending 6:Mass production - Mechanical processing - Complex turning machining 7:Mass production - Mechanical processing - High precision 8:Development and production of prototype/Small-scale production - Blank cutting - Copper/Aluminum 9:Material - Nonferrous metal distribution - Copper and brass products 10:Surface treatment - Plating/Chemical conversion treatment - Copper |
KAMIYA (THAILAND) CO., LTD. offers a service that consistently provides a series of processes for the processing of aluminum extrusion materials, including precise cutting, MC processing, and painting. Each process is optimized according to customer demands, proposing measures to maximize product quality and efficiency. Features Customized Processing: Optimizes the cutting, MC processing, and painting processes of aluminum extrusion materials according to customer demands. High-Quality Finish: Provides consistently high-quality products through precise processing techniques and quality control. Efficient Production Process: Achieves improved production efficiency and cost reduction by proposing optimal processing procedures. Diverse Painting Options: Offers a wide variety of painting specifications to meet customer demands. Specifications Materials That Can Be Processed: Aluminum extrusion materials Processing Technologies: Precision cutting, MC processing Painting Options: A wide range of color variations and finishes to meet customer needs Service Scope: A consistent manufacturing process from cutting to MC processing and painting KAMIYA (THAILAND) CO., LTD. provides customized solutions that meet the individual demands of each customer, from precise machining to finishing of aluminum extrusion materials. We propose the most suitable processes for producing high-quality products efficiently.
| Main 3 products | Aluminum extrusion material |
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| Type of manufacturing | Industrial machinery Home electrical appliances Office automation equipment |
| Recommended manufacturing category |
1:Mass production - Metal press - Aluminum 2:Mass production - Mechanical processing - Machining 3:Mass production - Mechanical processing - High precision 4:Development and production of prototype/Small-scale production - Machining - Tapping 5:Assembly/Inspection - Assembly - Industrial machinery assembly |
Medical suction filters are an essential component in medical suction devices, which are used for the removal of fluids, gases, and other substances from various body cavities, respiratory tracts, or surgical sites. Suction devices are widely used in hospitals, clinics, and emergency medical services, and suction filters play a crucial role in ensuring the safe and effective operation of these devices. Essentially, suction filters are disposable containers that collect the material suctioned, designed to prevent contamination and promote easy disposal. Main Components of Medical Suction Filter Systems 1. Filter Bag or Canister: The primary component of the suction filter system where the suctioned materials are collected. Typically made from durable yet disposable materials, designed to handle various types of fluids and materials without leaking or bursting. Filter bags are often transparent or semi-transparent so that medical professionals can monitor the volume and nature of the collected substance. 2. Lid with Integrated Filter: The lid that seals the filter bag or canister, ensuring a tight and safe seal of the collected materials. Often includes a filter to prevent the passage of liquids and particles back into the suction device, protecting the vacuum pump and the environment from contamination. 3. Vacuum Inlet: Connects the filter to the vacuum source of the suction device, enabling the creation of negative pressure within the filter to facilitate the suction process. The inlet must ensure a tight and secure connection to prevent air leaks that could diminish suction efficiency. 4. Patient Connection Port: The point at which the suction tube or catheter, used for suctioning from the patient, is connected. Designed to promote easy and secure attachment of the suction device while maintaining a tight seal. 5. Overflow Protection Valve: Also known as an overflow cutoff valve or shut-off valve, this component prevents the suctioned materials from overflowing and potentially contaminating the suction pump or the environment. It automatically closes when the filter is full or if there is a sudden influx of liquid, ensuring safety and hygiene. 6. Hydrophobic Filter: Some suction filter systems include a hydrophobic filter at the air inlet to prevent liquids and aerosols from escaping the filter and contaminating the vacuum pump. This filter allows air to pass while blocking liquids. 7. Solidifying Agent (Optional): Some suction filters come with an added solidifying agent in the canister, which quickly solidifies waste fluids, making disposal safer and cleaner by reducing the risk of spills. Importance of Medical Suction Filters - Infection Control: By isolating and sealing biological fluids, suction filters help prevent the spread of infections and protect medical personnel and patients. - Efficiency: They allow for quick changes between patients or procedures, improving operational efficiency in medical situations. - Convenience and Safety: Easy-to-dispose filters simplify the cleaning process, reduce exposure to hazardous materials, and ensure compliance with regulations for the disposal of biological contaminants. The design and operation of medical suction filters are critical to the safe, efficient, and clean functioning of suction devices in various medical situations. They are essential in ensuring that medical professionals can provide care while minimizing the risk of infection and contamination.
| Main 3 products | Metal stamping/Press Plastic injection Medecal device assembly |
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| Type of manufacturing | Electronic parts Medical equipment |
| Recommended manufacturing category |
1:Mass production - Metal press - Combined press-joining 2:Mass production - Plastic - Injection molding |
We take digital camera reflectors from testing through to mass production. We process materials with high reflectivity. There are absolutely no scratches or oil.
| Main 3 products | Interior camera levers, lens mounts, camera reflectors Press stamping with plates made of special materials with a thickness of 0.03 Mold design, manufacturing, assembly, press stamping |
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| Type of manufacturing | Lighting equipment Audio-video equipment Electronic parts |
| Recommended manufacturing category |
1:Parts manufacturing - Machinery part - Optical parts manufacturing 2:Mass production - Metal press - Progressive press (35 - 80 t) 3:Parts manufacturing - Electrical part - Connector manufacturing 4:Die manufacturing - Spring mold - Leaf spring die 5:Mass production - Metal press - Thickness: below 0.2 mm 6:Development and production of prototype/Small-scale production - Sheet-metal processing - Precision sheet metal machining 7:Die manufacturing - Press die - Drawing die |
From ultra-thin materials of 0.02mm to stainless steel, aluminum, and special metals, we offer precision press processing that caters to a wide range of materials, guaranteeing quality within short delivery times. Overview Our company is a specialized manufacturer engaged in precision press processing for a wide range of products, from automotive electrical parts to stationery parts. We can handle a diverse array of materials, from thin materials of 0.02mm to iron, stainless steel, aluminum, brass, and special metals. We pursue product precision and quality, offering custom-made solutions tailored to our customers' needs. Features Material Compatibility: Capable of flexibly handling a wide range of materials including iron, copper, nickel silver, phosphor bronze, stainless steel, plastic film, and mirror-finish aluminum. Precision Shaping: Capable of handling thin materials from 0.02mm to 2mm, including cutting, bending, and shallow drawing processes. We also accommodate the manufacture of products with complex shapes. High Proposal Capability: Offering optimal dies considering PM, production cut, life production number, and accuracy. We achieve cost reduction and quality improvement. Short Delivery Times: We maintain quality while flexibly meeting our customers' urgent needs with our short delivery system. Specifications Materials: Iron, copper, nickel silver, phosphor bronze, stainless steel, plastic film, mirror-finish aluminum, etc. Shapes: Processing of materials from 0.02mm to 2mm thick, cutting, bending, shallow drawing Proposals: Custom die proposals considering PM, production cut, life production number, accuracy Delivery: Short delivery times while maintaining quality Our precision press processing technology supports a wide range of materials, offering custom solutions to meet your manufacturing needs. Try our technology and experience to achieve high-quality products with short delivery times.
| Main 3 products | Automobile parts Manufacture of precision stamped parts Insert Molding |
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| Type of manufacturing | Not selected |
| Recommended manufacturing category |
1:Parts manufacturing - Machinery part - Optical parts manufacturing 2:Mass production - Metal press - Progressive press (35 - 80 t) 3:Parts manufacturing - Electrical part - Connector manufacturing 4:Die manufacturing - Spring mold - Leaf spring die 5:Mass production - Metal press - Thickness: below 0.2 mm 6:Development and production of prototype/Small-scale production - Sheet-metal processing - Precision sheet metal machining 7:Die manufacturing - Press die - Drawing die |
Combination insert molding machine in pursuit of high value added with unique ideas 'PIM' is an epoch-making progressive insert molding system developed from a new idea : harmonization of conventional technologies into one. More specifically, press working was combined with plastic molding to realize the combination insert molding system. We are also using this system for processing multiple products and small-lot products by changing the dies. This is another cost reduction system for material cost and running cost as well.
| Main 3 products | N/A |
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| Type of manufacturing | Home electrical appliances Transportation equipment Electrical component for transportation equipment |
| Recommended manufacturing category |
1:Mass production - Plastic - Insert molding 2:Mass production - Plastic - Injection molding 3:Product manufacturing - Production property - Machine tool manufacturing 4:Mass production - Metal press - Combined press-joining 5:Mass production - Metal press - Progressive press (80 - 200 t) 6:Mass production - Metal press - Iron 7:Mass production - Metal press - Stainless steel 8:Mass production - Metal press - Aluminum 9:Mass production - Plastic - General-purpose material 10:Mass production - Plastic - Engineering plastic |
| Main 3 products | Precision plate springs (t=0.1~1.0) Precision pressed products Spiral springs for motors |
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| Type of manufacturing | Transportation equipment Electrical component for transportation equipment |
| Recommended manufacturing category |
1:Parts manufacturing - Spring - Thin leaf spring 2:Mass production - Metal press - Multi forming 3:Parts manufacturing - Spring - Leaf spring 4:Parts manufacturing - Spring - Conical spring 5:Parts manufacturing - Spring - Battery spring 6:Mass production - Metal press - Forming 7:Parts manufacturing - Spring - Copper alloy |
11-20 / 1985 hits
