List of Processing Machinery products
- classification：Processing Machinery
451～465 item / All 19709 items
Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!
- Other conveying machines
Presentation of explanatory materials on JIS and ISO standards. We propose suitable safety barriers from a rich product series! Free rental of demo kits.
- Other safety and hygiene products
![[Development Product] 18ZDEB Heatin...](https://image.mono.ipros.com/public/product/image/e3b/2001093550/IPROS64581330087743399048.jpeg?w=280&h=280){kind=small}
■ Crushing (grinding) is possible while heating in a vacuum. ・Heating temperature can go up to 120℃. ・Can also be used as a rotary evaporator.
- Other processing machines
- Mixer/agitator
- Fine grinding machine
![[Tool-oriented] TASTE Fiber Laser M...](https://image.mono.ipros.com/public/product/image/101950/IPROS14674357936409361839.jpg?w=280&h=280){kind=small}
Durable marking on metal tools. High-performance fiber laser marker.
- Laser marker
- Resin processing machine
Ideal for jewelry engraving! A fiber laser marker that achieves high-precision marking.
- Laser marker
- Resin processing machine
For tracking aerospace components. A fiber laser marker that achieves high-precision marking.
- Laser marker
- Resin processing machine
Automation of porcelain mortar (mortar) and porcelain pestle (pestle). Ideal for a wide range of applications in food, pharmaceuticals, chemicals, and electronic materials, including stirring, grindin...
- Fine grinding machine
- Mixer/agitator
- Other processing machines
Dependence of Zeolite Particle Distribution on Grinding Time
**Summary** To understand the performance of the Ishikawa-type mixing and grinding machine produced at the Ishikawa factory, zeolite was used as the standard material to clarify the relationship between grinding time and particle size distribution through experiments. First, experiments were conducted using the D18S (desktop machine) to examine the relationship between the particle size distribution of zeolite and grinding time. The grinding times were varied at 15 minutes, 30 minutes, 1 hour, 2 hours, and 4 hours, with 2g samples taken at each interval. These samples were then analyzed for particle size distribution using a laser diffraction particle size measurement device. **Conclusion** In the particle size distribution, the peak value (mode) was 0.4μm for grinding times up to 1 hour. After 2 hours of grinding, it was 0.1μm. The standard deviation, which represents the variation in particle size, decreased with longer grinding times. However, beyond 2 hours, it saturated and remained almost constant at 3μm. From this, it can be concluded that within the experimental range, the relationship between the particle size distribution of zeolite and grinding time using the D18S shows that longer grinding times result in smaller particle size (mode) and less variation (standard deviation), but after 2 hours, it becomes constant.
Automation of mortar and pestle. Proven results in stirring, grinding, dispersing, kneading, and mixing for all-solid batteries, fine ceramics, carbon nanotubes, and conductive pastes.
- Other processing machines
Dependence of Zeolite Particle Distribution on Grinding Time
**Summary** To understand the performance of the Ishikawa-type mixing and grinding machine produced at the Ishikawa factory, zeolite was used as the standard material to clarify the relationship between grinding time and particle size distribution through experiments. First, experiments were conducted using the D18S (desktop machine) to examine the relationship between the particle size distribution of zeolite and grinding time. The grinding times were varied at 15 minutes, 30 minutes, 1 hour, 2 hours, and 4 hours, with 2g samples taken at each interval. These samples were then analyzed for particle size distribution using a laser diffraction particle size measurement device. **Conclusion** In the particle size distribution, the peak value (mode) was 0.4μm for grinding times up to 1 hour. After 2 hours of grinding, it was 0.1μm. The standard deviation, which represents the variation in particle size, decreased with longer grinding times. However, beyond 2 hours, it saturated and remained almost constant at 3μm. From this, it can be concluded that within the experimental range, the relationship between the particle size distribution of zeolite and grinding time using the D18S shows that longer grinding times result in smaller particle size (mode) and less variation (standard deviation), but after 2 hours, it becomes constant.
The use of second-hand equipment promotes the effective utilization of resources and contributes to the development of sustainable manufacturing!
- Other services
- Other processing machines
Significant cost cuts will not only contribute to further growth of your business but also lead to more room for employee benefits and enjoying life.
- Other services
- Other machine tools
- Other processing machines
Ishikawa-style Soba No. 2 is used by many long-established famous shops and achieves the ideal kneading process where small soba flour balls gradually become larger soba balls.
- Food Processing Equipment
- Stone Processing Machinery
- Other food machinery
How to make delicious handmade soba noodles
Using our "Soba Machine No. 2," we will introduce how to make delicious handmade soba. ■ How to make delicious handmade soba 1. Mix soba flour and the binder (for 100% soba, use only soba flour). 2. Put the soba flour and binder into Soba Machine No. 2. 3. Start the Soba Machine No. 2. 4. Slowly add the specified amount of water while sprinkling it for about 1 minute (use the amount typically used in traditional hand-making). 5. Knead for about 3 minutes in that state. 6. Stop the machine when the soba has not completely formed into one mass, but has come together in about 5 pieces. 7. Remove the soba dough from the machine. 8. Use a bowl to gather it into one piece. 9. Transfer it from the bowl to a board and sprinkle with flour. 10. Using the palm of your hand (near the wrist), change the angle to stretch it out from the center to the outside to make it round. 11. Sprinkle with flour and roll it out with a stick. 12. Once stretched into a square, fold it. 13. Cut using a small cutting board and a soba knife. 14. Boil in a large pot, and the soba is complete.
- The use of stainless steel bowls enhances thermal responsiveness, allowing for rapid heating and processing. - By thermal spraying zirconia onto stainless steel, processing performance equivalent ...
- Other processing machines
- Concentration Equipment
- Fine grinding machine
It is possible to grind while heating (maximum temperature: 180°C) and cooling (minimum temperature: -20°C) in a vacuum.
- Other processing machines
- Crusher
- Concentration Equipment
Dust prevention measures for agricultural machinery. Solving issues through die-cutting from rubber sheets.
- Rubber Processing Machine
- Processing Contract
- Rubber
Filtering and pelletizing of mechanical recycling in one machine!!
- Extrusion Machine
- plastic
For cushioning materials in the aerospace field. We handle die-cutting from rubber sheets, from small lots to mass production.
- Rubber Processing Machine
- Processing Contract
- Rubber
Achieving stable operation and cost reduction through overhaul of machinery and factory equipment.
- Machinery and equipment installation/dismantling/relocation
- Calibration and repair
- Welding Machine