List of Manufacturing and processing machinery products
- classification：Manufacturing and processing machinery
226～270 item / All 97279 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
Return idler that corrects belt wandering and misalignment using belt tension and friction.
- Conveyor
- roller
- Belts and pulleys
Contributing to diverse packaging and freshness preservation through mold exchange.
- Sealing machine
Diverse packaging with mold exchange, simultaneous sealing of 2/4 pieces, and gas replacement packaging as well.
- Sealing machine
Intuitive operation with a GUI and easy operation through teachless design! Simple palletizing with the robot in charge.
- Palletizer
- Transport and handling robots
Supports various containers with mold exchange. Improves the sealing of cosmetics.
- Sealing machine
One device can handle a variety of mixed cardboard! It can be implemented in small spaces as well.
- Palletizer
- Transport and handling robots
Compatible with various containers, work styles, and packing methods! Automating box packing for a wide range of packaging forms.
- Packing Machine
- Transport and handling robots
Work together with people in the necessary place at the necessary time! In an era of labor shortages and diversified customer needs, fit into a diverse, small-batch, and variable work environment.
- Transport and handling robots
In emergencies, we have a track record of immediate delivery of belts and the shortest same-day installation! We minimize your downtime with quick and efficient work.
- Conveyor
- belt
For static electricity measures. A tabletop top sealer that accommodates a variety of packaging.
- Sealing machine
Comprehensive support for machining, heat treatment, and procurement through deep hole processing and outsourcing collaboration.
- Processing Contract
Supports various containers with interchangeable types. Reduces leakage risks and enhances safety.
- Sealing machine
The shape of the blade tip (i.e., the blade type) of a chip saw creates a significant difference in cutting performance and finish.
- cutter
- Other cutting tools
- Plastic processing machines (cutting and rolling)
Performance that surpasses manual work in the same environment as manual work: grinding + stirring + mixing + kneading = synergistic effect through simultaneous operations.
- Other processing machines
- Crusher
- Emulsifier/Disperser
Mixing, grinding, blending, kneading. Large machines (compatible with 20ℓ to 100ℓ). Bowl inclination (easy material extraction).
- Crusher
- Mixer/agitator
- Food Processing Equipment
Ideal for tabletop experiments. It employs a mechanism that forcibly rotates the pestle with a motor, providing higher grinding performance. Suitable for the dispersion, mixing, crushing, and disinteg...
- Other processing machines
- Food Processing Equipment
- Mixer/agitator
Introduction to the paper "Mechanochemical Dehydration of Hydrate Crystals Using AGA"
**Introduction to the Paper** Title: Mechanochemical Reactions of Hydrated Crystals Author: Professor Yasuo Arai Summary: The paper titled "Mechanochemical Reactions of Hydrated Crystals" was published in 1971 and provides valuable research findings related to gypsum and lime. This paper was written by Professor Yasuo Arai. The focus of this paper is on the characteristics and mechanisms of mechanochemical reactions in hydrated crystals. Professor Arai conducted a detailed study of the processes by which hydrated crystals, such as gypsum and lime, change under physical stimuli. As a result, he revealed that changes in crystal structure and recrystallization of materials occur during the mechanochemical reactions of hydrated crystals. The equipment used to apply this "physical stimulus" is our company's AGA. The significance of this paper contributes to understanding how mechanochemical reactions of hydrated crystals affect the applications of gypsum and lime. Furthermore, this research suggests potential applications in fields such as materials science and architectural engineering. References: Arai, Yasuo. "Gypsum and Lime," 1971. "Mechanochemical Reactions of Hydrated Crystals."
Ceramic bowl (mortar) and ceramic pestle (mortar) equipped manufacturing machine, suitable for chemical products and electronic materials! The bowl can be tilted.
- Food Processing Equipment
- Mixer/agitator
- Fine grinding machine
Ishikawa-type stirring and grinding machine that can stir and crush materials containing molten material while heating.
- Other processing machines
- Fine grinding machine
- Concentration Equipment
![[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
Stable operation with airless electric power. Ensures automation of the circuit board marking process and improves traceability without disrupting line takt.
- Laser marker
![[Automatic Mortar] Ultra-compact, t...](https://image.mono.ipros.com/public/product/image/0a6/2001087053/IPROS77864125937500969859.jpeg?w=280&h=280){kind=small}
Optimal for pre-dispersion! Can mix and grind materials from just a few grams. Reproduces hand grinding【Compact Automatic Mortar】. Fits in a glove box at the smallest size!
- Other machine tools
- Mixer/agitator
- Fine grinding machine
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.