List of Prototype products
- classification：Prototype
91～135 item / All 2634 items
It won't break even after 1 million repetitions! A mat switch with reliable operation, high durability, and low price. Suitable for options in machine tools as well. Please consult us about delivery t...
- Sensors
We can accommodate high resistance over 10,000 ohms, with diameters ranging from approximately 30 mm to 8 inches, and we also offer thinning and chip processing arrangements!
- Other semiconductors
- Processing Contract
- Wafer
We specialize in decorative processes such as painting and printing on molded products! Leave it to us for painting molded products in small lots and various types! RoHS compliant!
- Processing Contract
- Prototype Services
- Surface treatment contract service
We will mix the desired color based on the specified color samples and consultations! Trust our experienced company for color mixing in product design!
- Other contract services
- Prototype Services
- Surface treatment contract service
[Mitarepo] How fast is the print speed of the light curing 3D printer "Form 4"? | System Create
- 3D Printer
- Resin mold
- Other polymer materials
High-speed photopolymerization machine 'From 4/From 4L' that achieves ultra-high speed.
Ultra-fast 3D printing with the light-based "From 4/Form 4L." By utilizing proprietary technology, it achieves a maximum printing speed of 100mm/h (80mm/h for Form 4L). ■ High-speed printing that defies common sense By adopting the unique technology "LFD," surface-based printing is made possible. → By curing layer by layer, printing can be done without depending on the printing surface. ■ Delicate expressiveness Achieves high-resolution and precise 3D printing with an XY axis resolution of 50µm (46µm for Form 4L). ■ Automatic post-print cleaning With improved solvent agitation functionality, printed items can be quickly and thoroughly cleaned. ■ Use of a wide range of functional materials Materials can be selected according to purpose and application. Material replacement is completed simply by swapping out the cartridge and resin tank.
[Mitarepo] [Form 4] I tried to see how transparent the latest SLA 3D printer's creations can be! | System Create
- 3D Printer
- plastic
- Prototype Services
High-speed photopolymerization machine 'From 4/From 4L' that achieves ultra-high speed.
Ultra-fast 3D printing with the light-based "From 4/Form 4L." By utilizing proprietary technology, it achieves a maximum printing speed of 100mm/h (80mm/h for Form 4L). ■ High-speed printing that defies common sense By adopting the unique technology "LFD," surface-based printing is made possible. → By curing layer by layer, printing can be done without depending on the printing surface. ■ Delicate expressiveness Achieves high-resolution and precise 3D printing with an XY axis resolution of 50µm (46µm for Form 4L). ■ Automatic post-print cleaning With improved solvent agitation functionality, printed items can be quickly and thoroughly cleaned. ■ Use of a wide range of functional materials Materials can be selected according to purpose and application. Material replacement is completed simply by swapping out the cartridge and resin tank.
Fastest printing with powerful light exposure?! Explaining the amazing features of the 3D printer "Form 4" | System Create
- 3D Printer
- Other polymer materials
- Prototype Services
High-speed photopolymerization machine 'From 4/From 4L' that achieves ultra-high speed.
Ultra-fast 3D printing with the light-based "From 4/Form 4L." By utilizing proprietary technology, it achieves a maximum printing speed of 100mm/h (80mm/h for Form 4L). ■ High-speed printing that defies common sense By adopting the unique technology "LFD," surface-based printing is made possible. → By curing layer by layer, printing can be done without depending on the printing surface. ■ Delicate expressiveness Achieves high-resolution and precise 3D printing with an XY axis resolution of 50µm (46µm for Form 4L). ■ Automatic post-print cleaning With improved solvent agitation functionality, printed items can be quickly and thoroughly cleaned. ■ Use of a wide range of functional materials Materials can be selected according to purpose and application. Material replacement is completed simply by swapping out the cartridge and resin tank.
Anti-aliasing to smooth out 3D shapes! Explaining the amazing features of the mask-type light curing printer "Form 4"! | System Create
- 3D Printer
- Other polymer materials
High-speed photopolymerization machine 'From 4/From 4L' that achieves ultra-high speed.
Ultra-fast 3D printing with the light-based "From 4/Form 4L." By utilizing proprietary technology, it achieves a maximum printing speed of 100mm/h (80mm/h for Form 4L). ■ High-speed printing that defies common sense By adopting the unique technology "LFD," surface-based printing is made possible. → By curing layer by layer, printing can be done without depending on the printing surface. ■ Delicate expressiveness Achieves high-resolution and precise 3D printing with an XY axis resolution of 50µm (46µm for Form 4L). ■ Automatic post-print cleaning With improved solvent agitation functionality, printed items can be quickly and thoroughly cleaned. ■ Use of a wide range of functional materials Materials can be selected according to purpose and application. Material replacement is completed simply by swapping out the cartridge and resin tank.
Introducing the mechanism of shaping that achieves high speed and low load! We will explain the amazing features of the 3D printer "Form 4"!
- 3D Printer
- Other polymer materials
High-speed photopolymerization machine 'From 4/From 4L' that achieves ultra-high speed.
Ultra-fast 3D printing with the light-based "From 4/Form 4L." By utilizing proprietary technology, it achieves a maximum printing speed of 100mm/h (80mm/h for Form 4L). ■ High-speed printing that defies common sense By adopting the unique technology "LFD," surface-based printing is made possible. → By curing layer by layer, printing can be done without depending on the printing surface. ■ Delicate expressiveness Achieves high-resolution and precise 3D printing with an XY axis resolution of 50µm (46µm for Form 4L). ■ Automatic post-print cleaning With improved solvent agitation functionality, printed items can be quickly and thoroughly cleaned. ■ Use of a wide range of functional materials Materials can be selected according to purpose and application. Material replacement is completed simply by swapping out the cartridge and resin tank.
Easily assemble large models!? We will explain the amazing features of the 3D printer software "Voxeldance Additive"!
- Data conversion software
- 3D Printer
Reducing the burden of finishing work! Explaining the amazing features of the 3D printer software "Voxeldance Additive"! | System Create
- Data conversion software
- 3D Printer
[Mitarepo] A new support to maintain surface quality!? Tried the smart support feature for SLA! | System Create
- 3D Printer
- Other CAM related software
【Mitarepo】Is it easy to split and assemble 3D printed models!? I tried the section cut feature! | System Create
- 3D CAD
- Data conversion software
- 3D Printer
【Mitarepo】I tried creating a test piece with Fuse 1 + 30W!
- 3D Printer
- plastic
- Prototype Services
[Mita Repo] Tried 3D printing the new powdered material 'Nylon 11CF' blended with carbon fiber using Fuse 1+ 30W! | System Create
- 3D Printer
- plastic
- Composite Materials
I will explain the convenient automatic adjustment feature of the "FDM method 3D printer Creality K2 Plus Combo."
- 3D Printer
I will explain the specialized mechanisms for high-speed printing of the "FDM method 3D printer Creality K2 Plus Combo."
- 3D Printer
Towards research and development that aims to mitigate initial risks. Unraveling the reasons for achieving mass production from prototype with zero capital investment in an interview with the presiden...
- Prototype Services
August 5-6 | Explanation of the possibilities for product design expanded by flexible substrates.
We will hold a free webinar themed on "Flexible Hybrid Electronics (FHE)," a next-generation electronics technology that integrates semiconductor technology and printing technology. 【Event Overview】 ■ Date: August 5 (Wed) and August 6 (Thu), 2026, 14:00 - 14:45 ■ Format: Recorded distribution (Zoom) ■ Duration: Approximately 30 minutes 【Recommended for】 - Those involved in new business or new product development in the semiconductor and electronic device industry - Those interested in flexible substrates and next-generation packaging technologies - Those who want to learn about printed electronics and FHE - Engineers and researchers from electronic components, materials, and packaging-related companies - Those who want to understand trends in the next-generation electronics market 【What you will learn in this webinar】 - Basic knowledge of flexible hybrid electronics - Benefits of integrating semiconductor and printing technologies - Latest global market trends and future potential - Product development examples utilizing flexible substrates - New possibilities for next-generation device development ★ How to Register ★ Pre-registration (free) is required to participate in the webinar. Click the "Details & Registration Button" below!
【Mitarepo】How is the dimensional reproducibility of a large printer using light curing technology!? We measured the workpieces created at various positions in a wide area | System Create
- 3D Printer
- Resin processing machine
【Mitarepo】Conductive × Super Engineering Plastic!? Tried 3D printing with a new material usable in FDM-type 3D printers! | System Create
- 3D Printer
- Composite Materials
- Material Evaluation Test
The print head of the 3D printer "CreatBot PEEK-300," which can also create super engineering plastics, is amazing.
- 3D Printer
- Engineering Plastics
- Other polymer materials
Revealing the mechanism for shaping 2-component curing silicone! Explaining the amazing features of the 3D printer "Lynxter S300X" | System Create
- 3D Printer
- Other polymer materials
- Mixer/agitator
You can create pure silicone models! Explaining the amazing features of the latest 3D printer "Lynxter S300X" | System Create
- 3D Printer
- Other polymer materials
![Mitarépo [130] 3D printed using har...](https://image.mono.ipros.com/public/product/image/209420/IPROS5300984486476980659.jpg?w=280&h=280){kind=small}
I tried 3D printing using warp-resistant PP pellet material! | System Create
- 3D Printer
- plastic
Production efficiency has improved, achieving cost performance that can respond to overseas markets while still being domestically produced!
- Prototype Services
Utilizing a wealth of knowledge as a printer manufacturer, we are promoting the development of new semiconductor processing tape!
- Prototype Services
The introduction of our screen printing machine has made it possible to receive orders for mass production projects, achieving business scale expansion!
- Prototype Services
Achieving high-precision overlay of approximately 30μm, as per the customer's printing conditions, through automatic correction!
- Prototype Services
A non-traditional concept of "collaborative manufacturing support"! An explanation of a development method that considers everything from prototyping to mass production.
- Prototype Services
August 5-6 | Explanation of the possibilities for product design expanded by flexible substrates.
We will hold a free webinar themed on "Flexible Hybrid Electronics (FHE)," a next-generation electronics technology that integrates semiconductor technology and printing technology. 【Event Overview】 ■ Date: August 5 (Wed) and August 6 (Thu), 2026, 14:00 - 14:45 ■ Format: Recorded distribution (Zoom) ■ Duration: Approximately 30 minutes 【Recommended for】 - Those involved in new business or new product development in the semiconductor and electronic device industry - Those interested in flexible substrates and next-generation packaging technologies - Those who want to learn about printed electronics and FHE - Engineers and researchers from electronic components, materials, and packaging-related companies - Those who want to understand trends in the next-generation electronics market 【What you will learn in this webinar】 - Basic knowledge of flexible hybrid electronics - Benefits of integrating semiconductor and printing technologies - Latest global market trends and future potential - Product development examples utilizing flexible substrates - New possibilities for next-generation device development ★ How to Register ★ Pre-registration (free) is required to participate in the webinar. Click the "Details & Registration Button" below!
The prototype environment is shifting from "having" to "utilizing external resources"! Introducing the approach to prototyping that leads to mass production.
- Prototype Services
August 5-6 | Explanation of the possibilities for product design expanded by flexible substrates.
We will hold a free webinar themed on "Flexible Hybrid Electronics (FHE)," a next-generation electronics technology that integrates semiconductor technology and printing technology. 【Event Overview】 ■ Date: August 5 (Wed) and August 6 (Thu), 2026, 14:00 - 14:45 ■ Format: Recorded distribution (Zoom) ■ Duration: Approximately 30 minutes 【Recommended for】 - Those involved in new business or new product development in the semiconductor and electronic device industry - Those interested in flexible substrates and next-generation packaging technologies - Those who want to learn about printed electronics and FHE - Engineers and researchers from electronic components, materials, and packaging-related companies - Those who want to understand trends in the next-generation electronics market 【What you will learn in this webinar】 - Basic knowledge of flexible hybrid electronics - Benefits of integrating semiconductor and printing technologies - Latest global market trends and future potential - Product development examples utilizing flexible substrates - New possibilities for next-generation device development ★ How to Register ★ Pre-registration (free) is required to participate in the webinar. Click the "Details & Registration Button" below!
We specialize in proposal-based support for materials, design, and processes from prototype to mass production!
- Prototype Services
August 5-6 | Explanation of the possibilities for product design expanded by flexible substrates.
We will hold a free webinar themed on "Flexible Hybrid Electronics (FHE)," a next-generation electronics technology that integrates semiconductor technology and printing technology. 【Event Overview】 ■ Date: August 5 (Wed) and August 6 (Thu), 2026, 14:00 - 14:45 ■ Format: Recorded distribution (Zoom) ■ Duration: Approximately 30 minutes 【Recommended for】 - Those involved in new business or new product development in the semiconductor and electronic device industry - Those interested in flexible substrates and next-generation packaging technologies - Those who want to learn about printed electronics and FHE - Engineers and researchers from electronic components, materials, and packaging-related companies - Those who want to understand trends in the next-generation electronics market 【What you will learn in this webinar】 - Basic knowledge of flexible hybrid electronics - Benefits of integrating semiconductor and printing technologies - Latest global market trends and future potential - Product development examples utilizing flexible substrates - New possibilities for next-generation device development ★ How to Register ★ Pre-registration (free) is required to participate in the webinar. Click the "Details & Registration Button" below!
Responding to "sudden increases in production" with zero capital investment in our own facilities. Three "process integration" steps achieved with external partners.
- Prototype Services
August 5-6 | Explanation of the possibilities for product design expanded by flexible substrates.
We will hold a free webinar themed on "Flexible Hybrid Electronics (FHE)," a next-generation electronics technology that integrates semiconductor technology and printing technology. 【Event Overview】 ■ Date: August 5 (Wed) and August 6 (Thu), 2026, 14:00 - 14:45 ■ Format: Recorded distribution (Zoom) ■ Duration: Approximately 30 minutes 【Recommended for】 - Those involved in new business or new product development in the semiconductor and electronic device industry - Those interested in flexible substrates and next-generation packaging technologies - Those who want to learn about printed electronics and FHE - Engineers and researchers from electronic components, materials, and packaging-related companies - Those who want to understand trends in the next-generation electronics market 【What you will learn in this webinar】 - Basic knowledge of flexible hybrid electronics - Benefits of integrating semiconductor and printing technologies - Latest global market trends and future potential - Product development examples utilizing flexible substrates - New possibilities for next-generation device development ★ How to Register ★ Pre-registration (free) is required to participate in the webinar. Click the "Details & Registration Button" below!
An explanation of the basic knowledge and use cases of flexible hybrid electronics (FHE). Introducing technologies that are useful for the development of next-generation electronic devices.
- Prototype Services
August 5-6 | Explanation of the possibilities for product design expanded by flexible substrates.
We will hold a free webinar themed on "Flexible Hybrid Electronics (FHE)," a next-generation electronics technology that integrates semiconductor technology and printing technology. 【Event Overview】 ■ Date: August 5 (Wed) and August 6 (Thu), 2026, 14:00 - 14:45 ■ Format: Recorded distribution (Zoom) ■ Duration: Approximately 30 minutes 【Recommended for】 - Those involved in new business or new product development in the semiconductor and electronic device industry - Those interested in flexible substrates and next-generation packaging technologies - Those who want to learn about printed electronics and FHE - Engineers and researchers from electronic components, materials, and packaging-related companies - Those who want to understand trends in the next-generation electronics market 【What you will learn in this webinar】 - Basic knowledge of flexible hybrid electronics - Benefits of integrating semiconductor and printing technologies - Latest global market trends and future potential - Product development examples utilizing flexible substrates - New possibilities for next-generation device development ★ How to Register ★ Pre-registration (free) is required to participate in the webinar. Click the "Details & Registration Button" below!
Explaining the basic knowledge of FHE to address challenges such as the communication limits of printing and the rigidity of ICs for vehicle-mounted and wearable curved surfaces.
- Prototype Services
August 5-6 | Explanation of the possibilities for product design expanded by flexible substrates.
We will hold a free webinar themed on "Flexible Hybrid Electronics (FHE)," a next-generation electronics technology that integrates semiconductor technology and printing technology. 【Event Overview】 ■ Date: August 5 (Wed) and August 6 (Thu), 2026, 14:00 - 14:45 ■ Format: Recorded distribution (Zoom) ■ Duration: Approximately 30 minutes 【Recommended for】 - Those involved in new business or new product development in the semiconductor and electronic device industry - Those interested in flexible substrates and next-generation packaging technologies - Those who want to learn about printed electronics and FHE - Engineers and researchers from electronic components, materials, and packaging-related companies - Those who want to understand trends in the next-generation electronics market 【What you will learn in this webinar】 - Basic knowledge of flexible hybrid electronics - Benefits of integrating semiconductor and printing technologies - Latest global market trends and future potential - Product development examples utilizing flexible substrates - New possibilities for next-generation device development ★ How to Register ★ Pre-registration (free) is required to participate in the webinar. Click the "Details & Registration Button" below!
Are you having trouble with the delivery time for your cast metal prototypes? Introducing our "Casting Prototype Service!" for cast iron, aluminum castings, and stainless steel castings (lost wax cast...
- Prototype Services
- 3D Printer
- Other machine elements
Comprehensive support from concept to mass production
- Prototype Services
- 3D Printer
- Contract manufacturing
![[Data] 50 Examples of DX in the Shi...](https://image.mono.ipros.com/public/product/image/2091464/IPROS9307023547013255609.png?w=280&h=280){kind=small}
We have compiled the results of a comprehensive survey of shipbuilding sites both domestically and internationally!
- 3D Printer
- RFID/IC tags
- Other industrial robots
[First Challenge] Injection Molding with Desired Texture!? Tried Film Insert Molding! | System Create
- 3D Printer
- Other films and sheets
- Injection Molding Machine
"3D Printing with Different Materials: I tried continuous printing with PLA and soft rubber layered in one model!" | System Create
- 3D Printer
- Rubber
- plastic
"XactMetal" is a metal 3D printer developed to make metal 3D printing more accessible. *Demo available.
- 3D Printer
- Other metal materials
Achieve industrial-grade quality at ultra-high speed! Almost all formations are completed within 2 hours, significantly improving work efficiency!
- 3D Printer
High-speed photopolymerization machine 'From 4/From 4L' that achieves ultra-high speed.
Ultra-fast 3D printing with the light-based "From 4/Form 4L." By utilizing proprietary technology, it achieves a maximum printing speed of 100mm/h (80mm/h for Form 4L). ■ High-speed printing that defies common sense By adopting the unique technology "LFD," surface-based printing is made possible. → By curing layer by layer, printing can be done without depending on the printing surface. ■ Delicate expressiveness Achieves high-resolution and precise 3D printing with an XY axis resolution of 50µm (46µm for Form 4L). ■ Automatic post-print cleaning With improved solvent agitation functionality, printed items can be quickly and thoroughly cleaned. ■ Use of a wide range of functional materials Materials can be selected according to purpose and application. Material replacement is completed simply by swapping out the cartridge and resin tank.
"VoxelDance Additive" is software that can maximize the productivity of industrial 3D printers. *Demo available.
- 3D Printer
- Data conversion software
- Other CAD related software
Manufacturing World in Osaka - Next Generation 3D Printer Exhibition
We will be exhibiting at the Next Generation 3D Printer Exhibition at the Manufacturing World, which will be held from October 7 to 9, 2026. https://www.manufacturing-world.jp/hub/ja-jp/about/am.html We will showcase a wide range of 3D printers, including FFF-type 3D printers, SLA-type 3D printers, and SLS-type 3D printers. Additionally, by utilizing not only the 3D printers alone but also in combination with injection molding machines, 3D scanners, vacuum forming machines, software, and more, we will further expand the possibilities for development and application in manufacturing.
Software for educational settings that expands the possibilities of 3D printers.
- 3D Printer
- Data conversion software
- Other CAD related software
Maximize the productivity of industrial 3D printers. Streamline the mass production of toys.
- 3D Printer
- Data conversion software
- Other CAD related software
Software for 3D printers that realizes the efficiency of automobile prototyping.
- 3D Printer
- Data conversion software
- Other CAD related software
A highly versatile SLS (Selective Laser Sintering) system that balances ease of use and quality. Anyone can achieve high-quality modeling. *Demonstrations available.
- 3D Printer
Manufacturing World in Osaka - Next Generation 3D Printer Exhibition
We will be exhibiting at the Next Generation 3D Printer Exhibition at the Manufacturing World, which will be held from October 7 to 9, 2026. https://www.manufacturing-world.jp/hub/ja-jp/about/am.html We will showcase a wide range of 3D printers, including FFF-type 3D printers, SLA-type 3D printers, and SLS-type 3D printers. Additionally, by utilizing not only the 3D printers alone but also in combination with injection molding machines, 3D scanners, vacuum forming machines, software, and more, we will further expand the possibilities for development and application in manufacturing.