1～9 item / All 9 items
パワーベースの動作安定性とメンテナンス性をさらに向上させたモデル 「リンク式パワーベース」
安定性が求められる精密な移載・昇降にピッタリ！ 【平行リンク機構の内蔵】 内部にリンク機構を備えているため、テーブルのどの位置に荷重がかかっても（偏荷重）、 天板を水平に保ったまま垂直に昇降させることができます。 【スムーズな昇降】 リンクによるガイド効果で、横ブレの少ない安定したアップ・ダウン動作を実現します。 またメンテナンスや施工の利便性が高いのも特長です！ 【分解不要のホース交換】 消耗品であるエアーホースの交換時に、本体を分解する必要がありません。 これによりメンテナンス時間が大幅に短縮されます。 【センサー取付対応】 近接スイッチの取り付けが可能で、 昇降状態の検知や自動制御ラインへの組み込みが容易です。
A power base that is strong against uneven loads and achieves stable sheet transport.
In the printing industry, sheet transport requires accurate and stable positioning without damaging materials such as paper and film. Particularly when handling sheets of varying thicknesses and materials, load imbalances can easily occur, leading to issues such as tilting or misalignment of the sheets during transport. This can result in a decline in print quality and production efficiency. Our "Link-type Power Base" enhances stability during sheet transport and addresses these challenges by utilizing an internal parallel link mechanism that allows for vertical lifting while keeping the tabletop level, regardless of where the load is applied. 【Application Scenarios】 - Sheet supply and discharge to printing machines - Sheet transport to laminating machines and cutting machines - Sheet positioning in inspection processes - Loading and unloading of sheets 【Benefits of Implementation】 - Reduces sheet tilting and misalignment, maintaining print quality - Stable transport with smooth vertical movement and minimal lateral sway - Reduced downtime due to shorter maintenance times
Achieving stable and precise transfer and elevation for component installation in the aerospace field.
In the aerospace field, component mounting requires precise positioning and stable lifting. Particularly in the handling of delicate parts and complex assembly processes, even slight vibrations or tilting can affect product quality. Therefore, it is essential to enhance work accuracy and reduce the risk of defects. Our "Link-type Power Base" incorporates a parallel link mechanism that allows for vertical lifting while keeping the tabletop level, regardless of where the load is applied (uneven load), making it ideal for precise transfer and lifting operations. 【Application Scenarios】 - Precise mounting and positioning of aircraft components - Lifting operations on satellite component assembly lines - Transporting delicate electronic components 【Benefits of Implementation】 - Improved work accuracy due to enhanced stability during component mounting - Reduced risk of damage to products by suppressing tilting caused by uneven loads - Improved work efficiency through smooth lifting operations
Link-type power base that supports stable transfer during fabric cutting.
In the fabric cutting process of the textile industry, accurate positioning of the fabric and stable transfer significantly impact work efficiency and product quality. Particularly, slight misalignments or vibrations during the supply of fabric to the cutting machine or the retrieval of fabric after cutting can lead to fabric distortion or cutting errors. Therefore, stable lifting operations and precise position control are required. Our link-type power base maintains the tabletop level regardless of the load position due to its parallel link mechanism, supporting precise transfer during fabric cutting by allowing vertical lifting. 【Usage Scenarios】 - Supplying fabric to the cutting machine - Retrieving fabric after cutting - Unrolling and supplying rolled fabric 【Benefits of Implementation】 - Reducing fabric misalignment and distortion, improving cutting accuracy - Reducing the burden on operators and enhancing work efficiency - Maintaining and improving productivity through stable operations
A power base with built-in parallel links that suppresses uneven load during ascent, enhancing stability and maintainability to support high-precision transport in semiconductor manufacturing.
In the semiconductor manufacturing industry, extremely high precision and stability are required when handling fine components and wafers. Even slight tilts or vibrations can affect product quality, making positioning accuracy during transfer and elevation crucial. Our "Link-type Power Base" incorporates a parallel link mechanism, allowing for vertical elevation while keeping the tabletop level, regardless of where the load is applied (uneven load). This helps to suppress positional shifts and tilts during precise transport operations, achieving stable operation. 【Usage Scenarios】 - Transfer of wafers and substrates in clean rooms - Automatic transport lines for precision components - Workpiece setup for inspection equipment - Supply of fine components on assembly lines 【Benefits of Implementation】 - Improved positioning accuracy during transfer and elevation - Contributes to increased product yield - Stable operation with minimal lateral movement - Easy integration into automated lines
A power base that balances stability and maintainability for hygienic transportation in food processing.
In the food processing industry, a hygienic transportation environment is required to maintain product quality and ensure safe handling. Particularly during transfer and lifting operations, it is essential to reduce the risk of foreign matter contamination and ensure stable operation. Improper transportation can lead to product damage and decreased yield. Our "Link-Type Power Base" maintains the tabletop level regardless of where the load is applied, thanks to its parallel link mechanism, enabling smooth and stable lifting. This supports efficient transportation while ensuring food safety. [Usage Scenarios] - Transferring food raw materials and semi-finished products between lines - Accurate supply to filling machines and packaging machines - Precise lifting operations in clean rooms [Effects of Implementation] - Suppresses tilt caused by uneven loads, achieving stable product transportation - Reduces the risk of product damage with smooth operation that minimizes lateral sway - Improves work efficiency in a hygienic environment
Power base to improve the stability and maintainability of automatic picking.
In automated picking operations within logistics warehouses, accurate and stable transfer and elevation of workpieces are required. Particularly in picking robots and automated transport systems, it is important to maintain a level tabletop while elevating vertically, regardless of where the load is applied (uneven load), for the sake of work efficiency and product protection. Uneven elevation can lead to decreased picking accuracy and potential damage to the workpieces. To address these challenges, Toho Daishin's "Link Type Power Base" utilizes an internal parallel link mechanism to achieve smooth and stable elevation. 【Usage Scenarios】 - Elevation of workpieces in automated picking lines - Transfer of workpieces between conveyors - Supply of workpieces to robotic hands 【Benefits of Implementation】 - Improved picking accuracy - Reduced risk of workpiece damage - Increased overall operational efficiency of the line
A upgraded model that improves the stability and maintainability of vehicle assembly.
In the automobile manufacturing body assembly process, precise positioning and stable lifting operations are required. Especially when handling heavy objects like vehicle bodies, unstable movements caused by load imbalances can affect work efficiency and product quality. Additionally, it is important to perform quick maintenance without stopping the line operation. Our "Link-type Power Base" addresses these challenges and achieves stable transfer and lifting. 【Usage Scenarios】 - Transporting and positioning body parts - Stabilization during lifting of heavy objects - Integration into automated lines 【Benefits of Implementation】 - Maintains a level top plate even under uneven loads, achieving stable lifting - Supports precise work with smooth operations that have minimal lateral sway - Reduces maintenance time with hose replacement that does not require disassembly - Allows for easy integration into automated control lines with sensor mounting compatibility
Link-type power base that enhances the stability of multi-joint control.
In precision transfer and lifting control using robotic arms, stability of the arm's movement and accurate positioning are required. Particularly in cases of multi-joint control, uneven load distribution on the tool at the arm's tip (uneven load) can cause movement instability and positional deviation. This can lead to a decrease in work accuracy and an increased risk of damage to the workpiece. Our "Link-type Power Base" utilizes an internal parallel link mechanism that allows for vertical lifting while keeping the tabletop level, regardless of where the load is applied on the table. This achieves stable operation and high-precision positioning in multi-joint control of robotic arms. 【Application Scenarios】 - Precise picking and placement of workpieces by robotic arms - Stable lifting in teaching operations of multi-joint robots - Motion assistance for robotic arms in automated lines 【Benefits of Implementation】 - Improved work accuracy due to enhanced stability of robotic arm movements - Suppression of movement instability caused by uneven loads - Reduction of downtime through decreased maintenance time
