In industries dealing with wood processing, efficient and reliable handling of materials is crucial. A common challenge is the lifting and movement of wooden bars with varying dimensions and surfaces. For an application involving such as wooden bars measuring 2000 x 20 x 20 mm, traditional vacuum boxes have been used. However, a more effective solution is available: the eT-Gripper vacuum boxes suction […]
In industries ranging from construction to manufacturing, the need for lifting and transporting heavy materials safely and efficiently is important. Whether it’s lifting glass panes, metal sheets, or wooden beams, vacuum lifters have become indispensable tools in modern material handling. A selection process based on key segmentation criteria will help choose the right lifter for your industrial needs. Why Use […]
Many customers in the glass industry have long relied on Armatec Vierhaus GmbH for its innovative vacuum handling solutions, particularly the flat suction cups used in a variety of glass processing and lifting systems. However, finding information about Armatec Vierhaus GmbH and its spare parts can often be a challenge. The reason for this is simple: in 2003, Armatec Vierhaus GmbH was acquired […]
Maximize performance and reduce maintenance in area vacuum gripping systems with the innovative application of filter discs in bellows suction cups. Why Filter Discs Are Essential for Area Vacuum Grippers Area vacuum grippers are essential in industries that demand efficient handling of irregular or porous surfaces, utilizing bellows suction cups to provide both adaptability and precision. Adding an integrated ejector […]
When it comes to industrial material handling, maintaining the integrity of delicate surfaces is paramount. While suction cup covers are widely recognized for their effectiveness in preventing marks on flat glass, their potential goes beyond glass handling. At EUROTECH, our MTC suction cup covers are designed to meet a diverse range of industrial needs, from handling smooth glass panes to […]
At euroTECH, we understand that every business has unique operational requirements, and one-size-fits-all solutions may not always suffice. That’s why we specialize in providing tailored customization options for customers’ systems, including vacuum suction cup spare parts for glass loading machines and other vacuum handling equipment. Tailored for Your Needs, Even the Color Our customization capabilities allow us to adapt the […]
Introduction to Melamine Press Technology Melamine wood plates are integral to modern life, offering a blend of functionality and aesthetics. Their durability, resistance to scratches, and water-repellent surface make them indispensable in home and office furniture, kitchen cabinets, wardrobes, and shelving. Beyond furniture, they are used in wall paneling, flooring, and decorative elements, seamlessly integrating into our daily spaces. Their […]
Sistema de Carregamento de Vidro para Linhas de Vidro Float No campo em constante evolução do processamento de vidro plano, a Ventosa de Fole BBSC 285 G – L estabelece novos padrões para sistemas de empilhamento de vidro. Ela desempenha um papel fundamental ao facilitar o manuseio eficiente, seguro e contínuo do vidro em sistemas automáticos de carregamento. Projetada para […]
In the ever-evolving field of flat glass processing, the BBSC 285 G – L Bellow Suction Cup sets new standards for glass stacking systems. It plays a pivotal role in facilitating efficient, secure, and seamless glass handling for automatic glass loading systems. Designed for compatibility with advanced glass processing lines, this bellow suction cup enhances operational efficiency, particularly in float […]
自動生産ラインにおける産業用真空吸盤の活用 自動化生産ラインで産業用真空吸盤が広く使用される理由は、その利便性にあります。最適な性能を発揮するために適切な吸盤を見つけるには、真空吸引力の計算方法を理解することが必須です。 真空吸引力の計算方法 基本の計算式は以下の通りです： F = P × A • F：保持力（または吸盤の真空力） • P：圧力 • A：接触面積（吸盤表面のサイズ） この式は、圧力の定義である P = F / A から導かれます。 真空力の方程式 F = P × A の解説 真空吸引力の仕組み 真空吸引には、重力と摩擦という2つの主な力が関与します。重力は空気中の分子を地球に引き寄せ、吸盤と真空ポンプが圧力差を生じさせ、双方の表面を密着させます。 吸盤はワークピースの表面に接触し、密閉された空間を作り出します。その後、真空ポンプが内部の空気を取り除くことで、ワークピース表面に真空圧が生まれます。この圧力差によって保持力が計算されます。 保持力計算に影響する要因 理論的には、保持力の計算には以下の要因が影響を及ぼします： • ワークピースの材質：鋼、ガラス、木材など • 表面の性質：滑らか、平ら、粗い、または油分がある等 • ワークピースの寸法および質量 • システムの加速度 (m/s²) • 重力加速度：9.81 m/s² これらの要因を踏まえ、適切な真空吸盤を設計するためには、質量、保持力、破断力の計算が不可欠です。 保持力計算の追加要因 1. 安全係数 (S)：真空装置の運用中に事故を防ぐために追加されます。 • S ≥ 1.5：滑らかで密度が高い素材のワークピースに適用 • S 1.5から2.0の範囲：水平方向に配置された吸着具で、荷重が垂直方向にかかる場合 • S […]