西野製作所 Product Lineup

We would like to introduce a case where we manufactured a "sub-tank for MC use." The processing fluid is filtered through a paper filter on a mesh belt to remove sludge. When it becomes clogged, the paper filter is rotated to wind and discharge it. The paper can be replaced by pulling out the filtration section. Additionally, there was a request to draw up the processing fluid from the pump on the clean tank side and spray it from the nozzle. It was installed as an addition to an existing machine, designed to be low-profile, allowing for space-saving installation. [Case Overview (Partial)] ■ Challenges - Filtering sludge from the processing fluid using a paper filter on a mesh belt - Rotating the paper filter to wind and discharge it when clogged - Replacing the paper by pulling out the filtration section - Drawing up the processing fluid from the pump on the clean tank side and spraying it from the nozzle *For more details, please feel free to contact us.

We would like to introduce a case of converting an existing ATC to an APC. The modification involved converting 50 ATCs to 25 APCs, with the requirement to mount a workpiece (8kg) facing upwards and to flip it for attachment to the chuck. By modifying the existing machine, we were able to facilitate the exchange to APC, and it was produced at a lower cost. 【Case Overview】 ■Challenge - Conversion of existing ATC to APC ■Result - Production possible through modification of existing machine - Produced at a lower cost *For more details, please feel free to contact us.

We would like to introduce a case where we manufactured a device for machining the tip shape of pipes. We attempted to replace the existing machine due to aging and malfunction, but the previous manufacturer had gone out of business, and there were no companies available to produce it. We hoped to manufacture an equivalent product that would allow for machining. We substituted discontinued purchased items with new ones without compromising functionality. We referenced the existing machine to satisfy the required functions, created drawings, and proceeded with manufacturing. [Case Overview] ■Challenges - Replacement due to aging and malfunction of the existing machine - Request to manufacture an equivalent product for machining ■Results - Created drawings and manufactured a product that satisfied the functions based on the existing machine *For more details, please feel free to contact us.

We would like to introduce a case of manufacturing a "side shrink packaging machine" for a bento manufacturing company. The device wraps a shrink tube around the sides of convenience store bento trays, which come in various sizes and required different adaptations. Additionally, there were no compact, low-cost, space-saving products available. Using a robotic cylinder, we were able to manufacture a compact device. 【Case Overview】 ■Challenges - There were no compact, low-cost products available - There were no space-saving products available ■Results - Created a compact design using a robotic cylinder *For more details, please feel free to contact us.

We would like to introduce a case where we manufactured "food machinery automation equipment." The system had a mechanism that allowed for the attachment and detachment of 72 cups with one touch, but it lacked a rotation mechanism, and since it was tightened with a union fitting, it took a long time to attach and detach. By innovating the large melting coupler, we made it possible to attach and detach with one touch, achieving a reduction in work time and cleaning time. We also integrated the cup rotation motor into a single structure, making it easier to clean and reducing the accumulation of debris. [Case Overview (Partial)] ■ Challenges - It took a long time to attach and detach. - The back side needed to be rotated for cleaning. ■ Results - We innovated to allow for one-touch attachment and detachment. - The cup rotation motor was also integrated into a single structure, making it easier to clean and reducing debris accumulation. *For more details, please feel free to contact us.

We would like to introduce a case of modifying an "annealing device" for the semiconductor industry. It was necessary to renew the electrical equipment of the existing machine due to aging. The machine operates by creating a low vacuum in the chamber and injecting nitrogen for transport, while maintaining vacuum pressure when moving from the stocker to the annealing stage, and it was requested to design it so that only the stocker part can be removed, as well as to arrange cleaning windows for easier cleaning. We achieved miniaturization and weight reduction through the modification of the existing machine, meeting the requirements. [Case Overview] ■ Issues - Maintain vacuum pressure when moving from the stocker to the annealing stage - Design a structure that allows only the stocker part to be removed - Arrange cleaning windows for easier cleaning *For more details, please feel free to contact us.

We would like to introduce a case of manufacturing "processing jigs" for mass production factories. Before manufacturing, the challenges included simplifying setup time with the new purchase of a machining center (MC) and limitations on the number of units produced within a specified time. We made it possible to easily set the clamp and unclamp hydraulically, allowing processing on four sides. 【Case Overview】 ■ Challenges - Simplification of setup time with the new purchase of an MC - Limitations on the number of units produced within a specified time ■ Results - Hydraulic clamp and unclamp can be easily set - Enabled processing on four sides, achieving a reduction in processing time and man-hours *For more details, please feel free to contact us.

We would like to introduce a case where we manufactured a "bucket conveyor" for transporting items up to the packaging stage in the food industry. Since the items are transported vertically or at an incline, it was requested that the contents do not fall out of the buckets, and after the buckets are inverted, they should be moved while inverted to avoid contamination. Designed to fit the layout, it can be used in the transportation process for packaging cut vegetables and snacks before and after weighing. It transports items to the next process machine using incline and vertical movement, thereby improving work efficiency. 【Case Overview】 ■Challenges - Ensure that items do not fall out of the buckets during vertical or inclined transport. - Move the buckets while inverted to avoid contamination after inversion. ■Results - Improved work efficiency by transporting items to the next process machine using incline and vertical movement. - Used in the transportation process for packaging cut vegetables and snacks before and after weighing. *For more details, please feel free to contact us.

We would like to introduce a case of manufacturing "waffle baking molds" for a store baking shop. There was a need to update the existing molds for store baking. The heater was designed to be compatible with the current model, and there was a desire to reduce the weight of the baking molds. We produced them at a low cost and within a short delivery time, allowing the use of the existing heater. Additionally, the baking results were excellent, and the new product was comparable to the current one. [Case Overview (Partial)] ■Challenges - Desire to use the existing heater - Desire to reduce the weight of the baking molds - The only available molds were expensive Belgian-made ones with long delivery times *For more details, please feel free to contact us.

We would like to introduce a case where we manufactured a "ventilated batten processing machine." The existing machine used at a house manufacturer (pre-cut factory) had become outdated, necessitating a replacement. The machine lacked rigidity, often stopping unexpectedly. Additionally, chips accumulated between the chains, leading to poor positioning accuracy, and the integrated input and output conveyors made operations cumbersome, requiring separation. After the introduction of the new machine, processing time was reduced thanks to increased rigidity. We installed covers on the LM guides to prevent chip accumulation and made it easier to collect dust with a dust collector. [Case Overview] ■ Issues - The existing machine was outdated, necessitating a replacement. - The machine often stopped due to a lack of rigidity. - Chips accumulated between the chains, resulting in poor positioning accuracy. - The integrated input and output conveyors were cumbersome, requiring separation. *For more details, please feel free to contact us.

We would like to introduce a case where a "tee-up device" for golf balls was delivered to an indoor golf school. It was necessary to implement measures to prevent the balls from bridging in the ball supply section, and there was a desire to lower the height of the device and increase the protrusion from the floor, allowing for tee-up via external signals. To prevent bridging in the ball supply section, we implemented anti-bridging measures, and when it seemed that two balls might be supplied, an alarm was triggered to avoid this. Additionally, we made it easy to change controls via PLC. [Case Overview (Partial)] ■ Issues - Measures are needed to prevent the balls from bridging in the ball supply section. - We want to lower the height of the device and increase the protrusion from the floor. - We want to enable tee-up via external signals. *For more details, please feel free to contact us.

We would like to introduce a case where we manufactured a "ceramic processing machine." We were processing with woodworking machinery, but there were size constraints for the ceramics, and we needed a machine that could handle larger items, so we opted for a machining machine. Since we were dealing with raw ceramics, the cutting chips were very fine, like sand, necessitating dust prevention measures. We did not require the rigidity of a major machine tool manufacturer, but needed a machine that could process raw ceramics at a low cost. For dust prevention, we installed bellows on the LM guides and ball screws, creating a structure that makes it difficult for cutting powder to enter, and also allowing for the replacement of screws and guides. [Case Overview (Partial)] ■ Challenges - There were size constraints for the ceramics. - A machine capable of processing larger items was requested. - Due to the raw ceramics, dust prevention measures were necessary because the cutting chips were very fine, like sand. *For more details, please feel free to contact us.

In the semiconductor industry, high precision and reliability in microfabrication are required to manufacture high-quality products. In particular, during the processing of ceramic materials, contamination from cutting debris and a decrease in processing accuracy can adversely affect product performance. Our ceramic processing machine has been developed to address the challenges in processing raw ceramics. 【Application Scenarios】 - Processing of ceramic components in semiconductor manufacturing - Manufacturing of ceramic products requiring microfabrication - Ceramic processing in environments where dust prevention measures are necessary 【Benefits of Implementation】 - Liberation from size constraints of ceramic components - Improvement in product quality due to high dust prevention performance - Enhanced manufacturing efficiency through space-saving design

In the aerospace industry, precise machining of heat-resistant components is required. Especially for parts used in high-temperature environments, accuracy in dimensions and durability are crucial. While ceramics excel in heat resistance, they tend to generate dust during processing, which can hinder precision machining. Our ceramic processing machines are equipped with dust prevention measures and support the manufacturing of high-quality heat-resistant components by processing raw ceramics at a low cost. 【Application Scenarios】 - Aerospace component manufacturers - Heat-resistant component manufacturing - Precision machining of ceramic parts 【Benefits of Implementation】 - Improved machining accuracy due to dust prevention measures - Enhanced quality of ceramic components - Cost reduction

In the field of automotive engines, high durability and performance are required, making precise processing of ceramic components crucial. Especially for engine parts exposed to high temperatures and pressures, the accurate shape and high quality of ceramics are essential for maintaining engine performance. Improper processing can lead to component failure or performance degradation. Our ceramic processing machines specialize in the processing of raw ceramics and are equipped with dust prevention measures, enabling the production of high-quality ceramic components. 【Application Scenarios】 - Processing of ceramic components for automotive engines - Manufacturing of parts that can withstand high-temperature environments - Production of parts requiring high precision 【Benefits of Implementation】 - Freedom from size constraints of ceramic components - Prevention of contamination from cutting debris due to dust measures - Improved work efficiency through space-saving design

In the electronics industry, enhancing the performance of substrates is essential. Ceramic substrates are gaining attention due to their high insulation and heat resistance, but processing them requires specialized technology and equipment. In particular, addressing the chips generated during processing is a crucial issue that affects product quality. Our ceramic processing machine is equipped with dust-proof measures to solve the challenges of processing raw ceramics. 【Usage Scenarios】 - When there are size constraints for ceramic substrates - When wanting to process large ceramic substrates - When wanting to solve issues caused by chips (quality degradation, worsening work environment) 【Benefits of Implementation】 - Achieves space-saving - Supports diverse processing through NC control and ATC installation - Reduces troubles caused by chips with dust-proof specifications - Easy replacement of guides and other components, improving maintenance.

In the energy industry, particularly in the fuel cell sector, precise processing of high-performance ceramic components is required. The processing of ceramic parts, which influence the efficiency and durability of fuel cells, is crucial for dimensional accuracy and quality. Traditional processing methods often face limitations regarding the size of ceramics and issues caused by cutting debris. Our ceramic processing machine has been developed to address these challenges. 【Application Scenarios】 - Processing of ceramic components for fuel cells - Processing in environments where dust prevention is necessary - Processing of large ceramic components 【Benefits of Implementation】 - Liberation from size constraints of ceramic components - Reduction of troubles caused by cutting debris - Stable supply of high-quality ceramic components

In the optical lens industry, the demand for precision processing of ceramic materials has increased alongside the high performance of lenses. Particularly for lenses that require durability and heat resistance, processing accuracy significantly affects product quality. Conventional processing methods may face challenges such as size constraints and dust prevention measures. Our ceramic processing machine is designed to handle raw ceramics and incorporates dust prevention measures, enabling high-quality lens processing. 【Application Scenarios】 - Optical lens manufacturing - Precision processing of ceramic lenses - Processing in environments requiring dust prevention measures 【Benefits of Implementation】 - Production of high-quality lenses - Increased flexibility in processing sizes - Cost reduction

In the chemical industry, the manufacturing of reaction vessels requires the processing of ceramic materials that excel in chemical resistance and heat resistance. In particular, precise shapes and high durability significantly influence the efficiency and safety of the reaction process. Traditional processing methods have limitations in the size and shape of ceramics, and inadequate dust prevention measures can lead to decreased work efficiency and quality issues. Our ceramic processing machine has been developed to address these challenges. 【Application Scenarios】 - Manufacturing of reaction vessels - Processing of chemical plant components - Production of ceramic parts for research and development 【Benefits of Implementation】 - Expanded processing range for ceramic materials - Improved working environment through dust prevention measures - Stable supply of high-quality products

In the food packaging industry, the diversification of packaging materials has led to an increased demand for the processing of ceramic components. In particular, dust prevention measures to avoid foreign matter contamination and the ability to accommodate various sizes are crucial. Traditional processing methods have faced challenges regarding size limitations and dust prevention measures. Our ceramic processing machines are designed to handle raw ceramics and are equipped with dust prevention features. This enables us to meet the diverse needs of the food packaging industry. 【Application Scenarios】 - Processing of parts for food packaging machinery - Processing of parts that require foreign matter contamination prevention - Processing of ceramic components in various sizes 【Benefits of Implementation】 - Reduced risk of foreign matter contamination due to dust prevention measures - Expanded options for packaging materials by accommodating various sizes - Improved work efficiency through space-saving solutions

In the textile industry, precise machining of guide components is required to maintain the durability and accuracy of machines. Especially in high-speed operating machines, wear and damage to guides significantly affect production efficiency. Ceramics excel in wear resistance and are ideal for guide components, but special techniques are needed for machining. Our ceramic processing machines are designed to handle raw ceramics and are equipped with dust prevention measures, making them perfect for guide processing in textile machinery. 【Application Scenarios】 - Machining of guide components for textile machinery - Machining of parts requiring wear resistance - Machining in environments where dust control is necessary 【Benefits of Implementation】 - Extended lifespan of guide components - Improved machine operating rates - Reduced issues caused by dust

At golf courses, there is a demand for the efficiency of tee-ups and the improvement of customer service. In particular, the occurrence of "bridges," where the supply of balls is interrupted, can hinder the progress of play and potentially decrease customer satisfaction. Our tee-up device incorporates measures to prevent bridges and ensures smooth ball supply. 【Usage Scenarios】 - Indoor golf schools - Golf practice ranges - Facilities that require automatic tee-ups 【Effects of Implementation】 - Improved play efficiency due to smooth ball supply - Increased customer satisfaction - Easy control changes via PLC

At golf practice ranges, the automation of teeing up is essential to enhance customer satisfaction and streamline operations. In particular, the occurrence of "bridges," where the supply of balls is interrupted, can increase customer wait times and potentially degrade the quality of service. Our teeing up device incorporates measures to prevent bridges and ensures a smooth supply of balls. 【Usage Scenarios】 - Indoor golf schools - Golf practice ranges - Efficiency in ball supply 【Benefits of Implementation】 - Improved customer satisfaction - Streamlined operations - Reduced teeing up time

In amusement facilities, entertainment features such as golf simulators are required. It is important to ensure smooth game progression and provide customers with a comfortable golf experience. The occurrence of ball supply bridges can lead to game interruptions and potentially decrease customer satisfaction. Our tee-up device achieves stable ball supply through bridge prevention measures. 【Usage Scenarios】 - Facilities with golf simulators - Indoor golf schools - Golf practice areas within amusement facilities 【Benefits of Implementation】 - Reduces game interruptions and ensures smooth progression - Increases customer satisfaction - Enhances the entertainment value of the facility

In a trial hitting session at a sports goods store, it is important to provide an environment where customers can enjoy golf smoothly. By eliminating the hassle of teeing up and offering a comfortable trial experience, we can enhance customer satisfaction. Our tee-up device prevents bridge formation at the ball supply section, achieving stable tee-ups. 【Usage Scenarios】 - Trial hitting space - Golf school - Golf practice range 【Benefits of Implementation】 - Increased efficiency of trial hitting - Improved customer satisfaction - Provision of a smooth trial experience

In theme park attractions, smooth operations and increased customer satisfaction are essential. In golf-themed attractions, the automation of teeing up contributes to reduced waiting times and provides a comfortable experience for guests. The stability and reliability of the teeing-up process are crucial factors that influence the overall evaluation of the attraction. Our teeing-up device enhances the operational efficiency of the attraction through measures to prevent bridging in the ball supply section and teeing-up functions activated by external signals. 【Usage Scenarios】 - Golf simulators - Golf games within attractions - Golf practice ranges 【Effects of Implementation】 - Reduced waiting times - Increased turnover rate of attractions - Improved guest satisfaction

In golf simulator educational materials, stability and convenience of teeing up are required to ensure that students can practice smoothly. When the ball creates a bridge, practice efficiency decreases, and students may lose focus. Our tee-up device is equipped with measures to prevent bridging, achieving stable teeing up. The tee-up function, controlled by external signals, also allows for integration with various educational materials. 【Usage Scenarios】 - Golf simulator educational materials - Golf practice ranges - Golf schools 【Benefits of Implementation】 - Improved practice efficiency for students - Diverse learning experiences through integration with educational materials - Enhanced stability of teeing up

In the food manufacturing industry, it is essential to maintain consistent product quality. This is particularly important for baked goods like waffles, where shape stability is crucial. If the shape is not stable, it can not only affect the appearance but also impact the texture and taste. Our custom waffle molds allow for uniform baking, regardless of who is baking. 【Usage Scenarios】 - Waffle production in stores - Mass production in factories - Updating existing molds 【Benefits of Implementation】 - Improved baking quality - Increased yield - Cost reduction

In the café industry, it is important to differentiate from other shops in order to provide customers with a special experience. In particular, baked goods like waffles are a key element in expressing a shop's personality through their appearance and texture. Existing waffle molds often have limitations in design and size, making it difficult to showcase originality that aligns with the shop's concept. Our custom-made waffle molds can be designed and manufactured to meet customer needs, allowing for waffles that highlight the uniqueness of the shop. 【Usage Scenarios】 - Serving waffles in a café - Incorporating the shop's logo or design - Differentiating from other shops 【Benefits of Implementation】 - Enhanced brand image of the shop - Increased customer satisfaction - Acquisition of repeat customers

In the event industry, it is important to provide delicious waffles to many customers and enhance customer attraction. Particularly in the sale of waffles at event venues, stability in the quality of the baked product and efficient operations are required. Uneven baking and variations in the finished product can lower customer satisfaction. Our waffle molds are designed to ensure that anyone can bake them into a uniform shape, contributing to the success of waffle sales at events. 【Usage Scenarios】 - Selling waffles at events such as festivals and food fairs - Providing waffles from food trucks - Introducing waffles as a new menu item in stores 【Benefits of Implementation】 - Consistent quality of baked products improves customer satisfaction - Operations become more efficient, preventing loss of sales opportunities - Production is possible at low cost and with short lead times

In the hotel industry, waffles play an important role in providing customers with a special experience. To establish a brand image, it is essential to consistently offer high-quality waffles with uniform shapes. Traditional waffle molds often lead to variations in the quality of the finished product and place a significant burden on operations. Our waffle molds are designed to ensure that anyone can produce waffles with a uniform shape, contributing to the enhancement of the hotel's brand value. 【Usage Scenarios】 - Providing waffles in the hotel's café or restaurant - Offering waffles at events or fairs - Providing waffles for takeout and delivery 【Benefits of Implementation】 - Consistently high-quality waffles with uniform baking results - Streamlined operations - Improved brand image