モリパックス Product Lineup

From the transportation of materials over just a few dozen centimeters to overseas transport exceeding several thousand kilometers, we propose materials, shapes, and packaging methods tailored to our customers' needs. In transport packaging, we provide extensive support, from reducing volume during returns to improving storage efficiency within containers. Additionally, by utilizing sheet molding, we reduce the initial packaging costs for large works and address issues such as dust protection and foreign matter contamination.

The "Undercut Molding Tray" is a tray that can securely hold items while preventing them from getting stuck. In a standard undercut, the limit is about 2mm, but with Moripax's "Extreme Undercut," molding up to 6mm is possible. By increasing the undercut size, it prevents items from getting stuck and allows for secure stacking of trays. Additionally, compared to inverted stacking trays, it enables stacking in the same direction, improving the efficiency of storage and retrieval tasks. 【Features】 ■ 6mm undercut ■ Secure stacking possible with prevention of items getting stuck ■ Improved work efficiency with storage and retrieval in the same direction ■ Ensures parts are securely positioned to prevent wobbling and protrusion *For more details, please refer to the catalog or feel free to contact us.

At Moripax, we propose "composite jigs" and "composite material trays" that combine metal and thick vacuum forming. By suggesting materials that lighten metal jigs used in factories, we make them easier to transport within the process. Additionally, using impact-resistant plastics prevents breakage, and applying materials that counteract wear helps prevent abrasion. By strategically placing thick molded products, wear-resistant materials, and metals, we enhance durability, enabling cost reduction through returnable designs. 【Features】 ■ Achieving weight reduction through composite material proposals ■ Improved durability through modular design ■ Enhanced storage capacity with vacuum-formed products ■ Prevention of breakage and wear with composite materials ■ Cost reduction through returnable designs by increasing rigidity *For more details, please refer to our catalog or feel free to contact us.

At Moripax, we manufacture "medical trays" with quality control suitable for medical devices. In addition to cleanroom production, we ensure thorough dust management by wearing dust-proof clothing, goggles, and masks, and we can select materials compatible with EOG sterilization, steam sterilization, and electron/radiation sterilization. Our design capabilities, honed in various fields such as automotive, semiconductors, and precision parts, combined with materials, designs, and processing technologies suitable for medical devices, allow us to bring our customers' requests to life. 【Features】 ■ Design capabilities cultivated in various industrial fields ■ Quality control suitable for medical devices ■ Material selection compatible with various sterilization methods ■ Shape proposals tailored to customer requests *For more details, please refer to the PDF document or feel free to contact us.

At Moripax, we offer "deep-drawn trays" that are ideal for vertical storage of elongated parts such as injectors and oil control valves. By storing them vertically, the storage efficiency is significantly improved. Additionally, by pinching the tip of the stored items, they can be easily retrieved, enhancing work efficiency. If there are parts that should not be subjected to stress at the tip, or if there are lead wires protruding, vertical storage can help reduce the load. 【Features】 ■ Vertical storage for elongated parts ■ Significant improvement in storage efficiency ■ Easy retrieval, enhancing work efficiency ■ Vertical storage allows for load reduction *For more details, please refer to the PDF document or feel free to contact us.

Mori Pax Co., Ltd. offers "Wear Prevention Trays." In the transportation of metal and electronic components, we reduce the wear on trays that occurs between the tray and the components. We propose materials suitable for the transported components, including "general PP (polypropylene)," "wear-resistant materials," and "super wear-resistant materials." 【Features】 ■ Wear-resistant materials ■ Dust reduction ■ Heavy cargo transportation ■ Automotive parts / electronic components ■ Proposing materials suitable for transported components *For more details, please refer to the PDF document or feel free to contact us.

At Moripax Co., Ltd., we propose transportation solutions to solve the issue of "scraping" that arises during the transport of precision parts such as metal and electronic components. Do you have any concerns like these when transporting various parts? - During the transport of parts, scratches or chips occur due to scraping between the tray and the parts... Our company specializes in vacuum forming with unique technology, allowing us to consistently manufacture trays and pallets tailored to your transportation products. Additionally, we contribute to improving scraping issues during transport by proposing materials suitable for the parts being transported, including "general PP (polypropylene)," "wear-resistant materials," "super wear-resistant materials," and "composite materials of various types." Please feel free to consult us about any transportation concerns. 【Features】 ■ Wear-resistant materials ■ Dust reduction ■ Heavy load transport ■ Automotive parts/electronic components ■ Proposal of materials suitable for the parts being transported *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our "automation-compatible industrial trays." Our industrial trays, suitable for alternative uses such as semiconductor back-end processes, substrate mounting, component assembly, metal pallets, and production jigs, boast a high compatibility with automation systems. The specially designed trays enable smooth collaboration with automated transport devices and robotic arms, achieving precise positioning of components and efficient transport. Furthermore, their structure allows for stacking and disassembly during return after use, significantly reducing transport volume. This contributes to lowering logistics costs and minimizing environmental impact. 【Features】 ■ Automation compatible ■ Custom design available ■ Reduction of initial costs ■ Numerous delivery records across various industries ■ Small lot support *You can immediately check the catalog with actual implementation examples by clicking the PDF download button. Please feel free to take a look.

We would like to introduce the "Ultrasonic Cleaning Tray" that we handle. It can be used as an alternative to pallets for ultrasonic cleaning. By placing the tray directly into the ultrasonic cleaner, the process of transferring to an ultrasonic cleaning rack is reduced! This is effective in preventing scratches that occur during ultrasonic cleaning of parts, aligning parts, and reducing losses in the repacking process. If the industrial tray is designed to fit the transport materials, it will improve the storage efficiency within the container. Since space can be used without waste, it has the potential to transport more materials in a single transfer. 【Features】 ■ Can be directly placed into ultrasonic cleaners ■ Custom design available ■ Reduction of initial costs ■ Many delivery records in various industries ■ Small lot support *For more details, please download the PDF or feel free to contact us.

We would like to introduce our "Large Vacuum Forming Trays." These trays can be used as alternatives for parts transportation, metal pallets, and other types of pallets. They are suitable for automating parts alignment, stacking, and unstacking, as well as preventing scratches on parts. They can accommodate large-sized parts and heavy items such as castings and machined components. By preventing scratches on parts, they contribute to reducing yield loss. 【Features】 ■ Compatible with large sizes and heavy items ■ Custom design available ■ Lightweight and high rigidity ■ Numerous delivery records in various industries ■ Small lot support ■ Reduction of yield loss *You can immediately check the catalog with actual case studies by clicking the PDF download button. Please feel free to take a look.

We would like to introduce our "Vacuum Formed Soft Tray." Traditionally, hard trays (injection molded trays) have been used for fine-shaped trays for semiconductors, electronic components, and circuit boards. However, due to advancements in design technology and mold technology, it has become possible for soft trays (vacuum formed trays) to accommodate fine shapes as well. The cost of molds is reduced to one-tenth of that of hard trays, contributing to cost savings. They can be used as an alternative to traditional hard trays (injection molded trays). They minimize the risk of deformation and damage to materials during transport. By storing materials in trays tailored to their shape and characteristics, safety is enhanced. [Features] ■ High-precision storage pocket accuracy ■ Custom design support ■ Lightweight and high rigidity ■ Numerous delivery records across various industries *For more details, please download the PDF or feel free to contact us.

In the semiconductor manufacturing industry, protecting delicate electronic components during transportation and storage is extremely important. Damage to components directly leads to increased manufacturing costs and quality issues. Vacuum-formed soft trays provide high-precision protection tailored to the shape of semiconductor parts, minimizing the risk of deformation and damage during transport. Compared to hard trays, they significantly reduce mold costs, thereby improving cost efficiency. 【Usage Scenarios】 - Transportation of semiconductor wafers - Storage of electronic components - Protection of circuit boards 【Benefits of Implementation】 - Cost reduction through prevention of component damage - Realization of safe transportation and storage - Improvement in quality control

In the circuit board assembly industry, it is important to prevent damage to circuit boards during transportation and storage, and to enhance work efficiency in the assembly process. Particularly for circuit boards equipped with fine electronic components, it is necessary to minimize the risk of component damage due to vibrations and shocks. Vacuum-formed soft trays securely hold the circuit boards in high-precision storage pockets tailored to their shape, protecting them from swaying and impacts during transportation. Compared to hard trays, they can reduce mold costs and contribute to cost savings. 【Usage Scenarios】 - Transportation of circuit boards - Fixing circuit boards during the assembly process - Protection of circuit boards during storage 【Benefits of Implementation】 - Reduced risk of circuit board damage - Improved work efficiency - Cost reduction

In the automotive industry, it is important to protect electronic components from vibrations during operation. In particular, in-vehicle electronic devices are constantly exposed to the risk of failure and performance degradation due to vibrations. Vacuum-formed soft trays absorb vibrations and prevent damage to electronic components. Compared to hard trays, they reduce mold costs and contribute to cost savings. 【Usage Scenarios】 - Transportation of in-vehicle electronic components - Storage of parts on the manufacturing line - Integration of parts into completed vehicles 【Benefits of Implementation】 - Reduces the risk of component damage due to vibrations - Contributes to cost savings - Ensures safe transportation and storage of components

In the medical device industry, maintaining product quality during the transportation of precision parts is crucial. In particular, components with fine shapes are at a higher risk of damage due to shocks and vibrations during transport, necessitating stringent protection. Our vacuum-formed soft trays safely protect precision medical device parts with high-precision storage pockets and custom designs. 【Usage Scenarios】 - Transportation of precision medical device parts - Storage of surgical instruments - Protection of inspection devices 【Benefits of Implementation】 - Reduced risk of damage during transport - Preservation of product quality - Cost reduction

In the electronic components industry, maintaining product quality and preventing damage during transportation is extremely important. In particular, precision electronic components are susceptible to damage from shocks and vibrations during transport, which can lead to a decrease in yield. Vacuum-formed soft trays significantly reduce mold costs compared to hard trays, providing a cost-effective transport solution. The design tailored to the shape of the product ensures safe protection of electronic components and minimizes risks during transportation. 【Usage Scenarios】 - Transportation between electronic component factories - Storage of parts within warehouses - Packaging during shipping 【Benefits of Implementation】 - Reduced risk of product damage during transportation - Cost savings (mold costs) - Improved storage efficiency

In the aerospace industry, the lightweight design of components and safety during transportation are crucial. Especially when transporting expensive precision parts or components that are sensitive to impact, minimizing the risk of damage is essential. Our vacuum-formed soft trays are lightweight yet provide high-precision storage pockets and custom designs to safely protect aerospace components. 【Usage Scenarios】 - Transportation of aircraft parts - Transportation of space-related equipment - Transportation of components requiring lightweight design 【Benefits of Implementation】 - Reduced risk of component damage - Lower transportation costs - Contribution to improved fuel efficiency through weight reduction

In the communications equipment industry, the miniaturization and high density of products are advancing, making the insulation and protection of precision electronic components crucial. It is necessary to protect components from vibrations and shocks during transport while maintaining insulation performance. Although the mold costs for hard trays are high, vacuum-formed soft trays can keep costs down while accommodating fine shapes. This minimizes the risk of material deformation and damage, ensuring safe transport. 【Usage Scenarios】 - Transport of electronic components - Storage of circuit boards - Insulation protection of precision parts 【Benefits of Implementation】 - Cost reduction - Improved protection performance of components - Ensured safe transport

In the robotics industry, precise placement and protection of components are required. In particular, the supply and alignment of parts during the assembly process greatly affect work efficiency and product quality. When the shapes of the components are complex, traditional trays pose a risk of deformation or damage to the parts. Our vacuum-formed soft trays accommodate finely shaped components, ensuring safe transport and alignment. 【Usage Scenarios】 - Supply of components to robotic arms - Alignment of parts on manufacturing lines - Protection during component storage 【Benefits of Implementation】 - Prevention of component damage - Improved work efficiency - Cost reduction

In the precision machinery industry, it is important to minimize the risk of damage to products during transportation and storage. To safely protect precise parts and delicate products, appropriate cushioning materials and trays are essential. Products with fine shapes that are difficult to accommodate with hard trays can be protected according to their shape with vacuum-formed soft trays, ensuring safe transportation. The cost of molds is also one-tenth that of hard trays, contributing to cost reduction. 【Usage Scenarios】 - Transportation of precision machinery - Storage of electronic components - Protection of circuit boards 【Benefits of Implementation】 - Reduced risk of product damage - Lower transportation costs - Efficient use of storage space

In the optical equipment industry, dust prevention measures are essential to maintain the quality of lenses and precision parts. If dust or foreign substances adhere during transportation or storage, it can lead to a decline in product performance or the occurrence of defective products. Vacuum-formed soft trays contribute to dust prevention by securely protecting products with high-precision storage pockets tailored to the shape of optical equipment. They also help reduce costs with mold expenses that are one-tenth of those for hard trays. 【Usage Scenarios】 - Transportation of optical lenses - Storage of precision measuring instruments - Packaging of camera parts 【Benefits of Implementation】 - Reduces the risk of product damage - Lowers the defect rate due to foreign substance contamination - Improves storage space efficiency

In the wearable device industry, the miniaturization of products is advancing, making the protection of precision components increasingly important. In particular, there is a demand to protect devices from shocks and vibrations and to transport them safely. Vacuum-formed soft trays address these challenges with high-precision storage pockets tailored to the shape of the devices. They also contribute to cost reduction with mold costs that are one-tenth of those for hard trays. 【Usage Scenarios】 - Manufacturing process of wearable devices - During transportation of devices - During storage 【Benefits of Implementation】 - Reduces the risk of device damage - Cost savings - Safe transportation

In the IoT device industry, there is a demand for miniaturization of products while simultaneously improving waterproof performance. This is especially important for devices used in outdoor or harsh environments, where preventing moisture intrusion and ensuring product reliability is crucial. While hard trays may struggle with accommodating intricate shapes, vacuum-formed soft trays can be designed to fit specific shapes. This enhances the protective performance of the devices and contributes to the longevity of the products. 【Usage Scenarios】 - Transportation of IoT devices requiring waterproof performance - Storage of outdoor-installed IoT devices - Protection of devices in environments with a risk of submersion 【Benefits of Implementation】 - Reduced risk of device damage - Improved waterproof performance - Enhanced product reliability

In the sterilization process within the medical industry, the safe storage of medical instruments and equipment, as well as contamination prevention during handling after sterilization, is crucial. In particular, sterilized equipment is at risk of compromising its sterilized state due to falling during transport or popping out of trays. Our "Undercut Molding Tray" securely holds items in place and supports the safe transport and handling of sterilized equipment. The 6mm undercut prevents items from getting stuck and allows for secure stacking. This enables trays to be stacked in the same direction, improving the efficiency of storage and retrieval tasks. 【Usage Scenarios】 - Storage of medical instruments after sterilization - Transport of surgical equipment - Sorting of medical waste 【Benefits of Implementation】 - Reduced risk of contamination from falling or popping out equipment - Improved work efficiency - Enhanced reliability of the sterilization process

In the electronics industry, safety in the transportation and storage of products is crucial. It is necessary to protect delicate electronic components from shocks and vibrations to maintain product quality. In particular, damage to products caused by tray nesting and instability during stacking can lead to decreased work efficiency and product breakage. The extreme undercut "Undercut Molding Tray" prevents nesting and reliably protects electronic devices. 【Usage Scenarios】 - Storage of electronic components - Transportation of electronic devices - Parts supply on manufacturing lines 【Benefits of Implementation】 - Reduces the risk of product damage - Improves stability during stacking - Enhances work efficiency

In the cosmetics industry, the design that highlights the beauty of products is crucial. Especially in store displays and when handing products to customers, the appearance of the product becomes an important factor that influences brand image. To make products look beautiful, the design of the tray is also important. The extreme undercut "Undercut Molding Tray" can securely hold items while preventing them from slipping, maximizing the beauty of cosmetics. 【Usage Scenarios】 - Displays in cosmetics retail stores - Packaging for gift sets - Shipping for online shops 【Benefits of Implementation】 - Enhances the beauty of products and improves brand image - Protects products and ensures safe transportation - Creates a positive impression on customers and increases their purchasing motivation

In the logistics industry, the safe transportation and storage of products, as well as the improvement of work efficiency, are always required. In particular, delays caused by trays getting stuck and instability during stacking are significant challenges in logistics operations. The extreme undercut "Undercut Molding Tray" prevents jamming and enables secure stacking, thereby addressing these issues. 【Usage Scenarios】 - Parts management within warehouses - Protection of parts during transportation - Efficiency improvement in picking operations 【Benefits of Implementation】 - Reduction in work time - Effective use of storage space - Prevention of part damage

In agricultural harvesting operations, the transportation and storage of harvested products are crucial for maintaining quality and ensuring efficient work. Harvested products are susceptible to damage from shocks and vibrations, and stability during stacking is also required. The extreme undercut "Undercut Shaping Tray" securely holds harvested products and enhances stability during stacking, contributing to the protection of the harvest and improved work efficiency. 【Usage Scenarios】 - Harvesting fruits and vegetables - Sorting and transporting harvested products - Storage in warehouses 【Benefits of Implementation】 - Prevention of damage to harvested products - Improved stability during stacking - Increased work efficiency

In the food industry, maintaining the freshness of products is a crucial factor that influences quality and customer satisfaction. Particularly during transportation and storage, issues such as damage to food or deformation due to pressure from stacking pose significant challenges. The extreme undercut "Undercut Shaped Tray" helps maintain the shape of food and enhances stability during stacking, contributing to freshness preservation. 【Usage Scenarios】 - Transportation and storage of fruits, vegetables, fresh fish, and meat - Storage of refrigerated and frozen foods - Process management in food processing factories 【Benefits of Implementation】 - Reduces food damage and improves yield - Effectively utilizes storage space due to stability during stacking - Extends the quality retention period of products

In the automotive industry, there is a demand for both lightweight parts and improved efficiency in storage and transportation. Particularly in the handling of parts on the manufacturing line, it is important to prevent damage to the parts and ensure a smooth process. Traditional trays can pose challenges such as parts getting stuck or instability during stacking. The extreme undercut "Undercut Molding Tray" addresses these issues. 【Usage Scenarios】 - Storage of automotive parts - Supply of parts to the manufacturing line - Transportation of parts 【Benefits of Implementation】 - Improved work efficiency by preventing parts from getting stuck - Effective use of storage space through secure stacking - Maintenance of quality by preventing parts from wobbling or popping out

In the aerospace industry and precision equipment sector, the quality and safety of products are of utmost importance. Especially in the transportation and storage of precision parts, it is essential to ensure protection from vibrations and shocks, and to maintain high reliability. Damage to parts can lead to a decline in product performance and safety issues. The extreme undercut "Undercut Molding Tray" securely holds items while preventing them from getting stuck, thus protecting precision parts. 【Usage Scenarios】 - Transportation of aerospace components - Storage of precision equipment - Parts management in quality control processes 【Benefits of Implementation】 - Reduces the risk of part damage - Improves stability during stacking - Enhances work efficiency - Prevents parts from rattling or popping out

In the stationery industry, there is a demand for storage capacity and ease of access to enhance the functionality of products. In particular, organizing multiple stationery items and being able to retrieve them smoothly greatly impacts work efficiency. Inappropriate trays can make it difficult to put in and take out stationery, potentially leading to wasted work time. The Extreme Undercut "Undercut Molding Tray" can securely hold items while preventing them from getting stuck. 【Usage Scenarios】 - Organizing stationery such as writing instruments, rulers, and scissors - Use in offices, schools, and homes - Packaging of stationery sets 【Benefits of Implementation】 - Smooth retrieval due to prevention of items getting stuck - Space-saving through stacking - Improved work efficiency

In the jewelry industry, storage solutions that highlight the beauty of products and convey a sense of luxury are in demand. Particularly in exhibitions and store displays, it is important to have designs that not only protect the products but also attract customers' attention. Traditional trays have risks of scratching during product handling and issues with stability during display. The extreme undercut "Undercut Molding Tray" securely holds jewelry while maintaining a sense of luxury in storage. 【Usage Scenarios】 - Jewelry exhibitions - Product displays in stores - Packaging for high-end gifts 【Benefits of Implementation】 - Prevention of scratches on jewelry - Improved stability during display - Enhancement of luxury appeal - Increased work efficiency