[Announcement] We will hold an online seminar introducing next-generation vacuum transport solutions!

シュマルツ

The vacuum equipment manufacturer Schmalz will hold an online seminar to introduce know-how and the latest solutions related to vacuum handling. Since it will be held online, you can participate from anywhere in the country. The seminar will be conducted using Microsoft Teams, so you can join using the internet browser on your current computer or tablet. We will introduce new products such as vacuum robot hands that can be designed in just 3 minutes and the industry's smallest compact ejectors, as well as various content tailored to the needs of different industries such as automotive manufacturing and logistics, available on different days. We look forward to your participation.

Date and time Monday, Jun 08, 2020 ～ Friday, Jun 26, 2020
04:00 PM ～ 05:00 PM
The event time varies depending on the content.
Capital
Entry fee Free

Related product information

Custom-made lightweight hand SLG
Easily design the optimal hand with the online design system!

**Features** - Custom-designed robot hands optimized for specific workpieces and applications. - A dedicated configurator allows for simple and easy hand design, reducing design time. - The hand is generated with integrated piping using a 3D printer, making it lightweight and eliminating the need for separate piping work. - Designed and manufactured to include a flange for attachment to the robot, contributing to quick setup. **Design Procedure** 1. Input workpiece information: Choose whether it is a box-shaped or original shape, and input size and weight. 2. Select transport motion: Input transport motion (vertical movement, horizontal movement, etc.) and acceleration. 3. Placement of vacuum pads: Recommended vacuum pads are automatically placed. It is also possible to change the diameter and position of the placed pads. For original workpieces, any pads can be selected and placed. 4. Presence of vacuum generator: Choose whether to include a vacuum generator (integrated, external, etc.). 5. Select the robot to be used: Choose the robot to connect to. 6. Design completion: Based on the information from steps 1 to 5, the design of the SLG is completed, and mass, holding force, and required suction volume are displayed.
Airless & Hose-less! Compact Vacuum Pump 'Kobot Pump ECBPi'
No compressed air required. A compact vacuum pump that can be used without a hose.

【Product Features】 - Operates electrically, eliminating the need for compressed air or hose piping, making it suitable for collaborative robots and autonomous robots. - Operates at DC-24V with a maximum vacuum pressure of -75kPa. - Compact and lightweight, reducing the burden on the robot. - A variety of flanges are available to facilitate quick and easy connection to the robot. - Compatible with IO-Link, allowing for remote status monitoring.
The smallest and lightest for collaborative robots! 'Cobot Pump ECBPMi'
Plus one for collaborative robots! A palm-sized vacuum pump that achieves vacuum transport solely powered by the robot!

【Product Features】 - Operates electrically, eliminating the need for compressed air or hose piping, making it suitable for collaborative robots and autonomous robots. - Operates on DC-24V with a maximum vacuum pressure of -60kPa. - Further miniaturized and lightweight, with a body weight of approximately 350g. - Equipped with an energy-saving function that allows for stopping and resuming suction based on user-defined settings. Can be utilized without teaching. *For detailed specifications, please contact us or download the PDF for more information.
[New Product] Vacuum Gripper for Collaborative Robots FXCB/FMCB
Achieve versatile suction transport for a variety of products and quantities using collaborative robots! Reduce the hassle and cost of changing setups!

【Product Features】 - A universal gripper for collaborative robots that can accommodate various sizes, configurations, materials, and surface shapes. - Designed in compliance with the safety standard for collaborative robots, ISO/TS 15066. - Enables the suction and transport of heavy workpieces using collaborative robots. - Ideal for automating the palletizing and depalletizing of cardboard and similar materials. - Supports IO-Link and NFC, allowing for remote status monitoring and changes to settings via smartphone.
【Ultra-compact vacuum generator!】Compact ejector SCPM series
Achieving top-level suction power with a compact body the size of a business card! A type compatible with energy-saving features and IO-Link communication is also available in the lineup!

【Specifications】 ■Product Specifications: Standard Specification (SCPMb), Energy-saving Function (SCPMc), High Functionality (SCPMi) ■Connection Port: One-touch Hose Connector ■Nozzle Size: 0.3mm to 1.2mm ■Maximum Suction Volume: 2 to 30L/min ■Maximum Vacuum Degree: 92% ■Operating Temperature: 0 to 50℃ ■Operating Pressure: 0.2 to 0.6MPa ■Valve Type: NC (Normally Closed), NO (Normally Open) ■Body Weight: 65 to 85g *For more details, please contact us or refer to the catalog.
Modular Touring System SXT
A touring system that achieves high precision design and easy assembly!

【Features】 ■ A modular tooling system consisting of approximately 150 types of parts ■ Made of aluminum, lightweight and highly durable, reducing the load on robots and enabling high-speed transport ■ By combining parts, hands can be designed to accommodate complex shapes of workpieces, allowing for easy assembly and modification.
Vacuum Gripper FXP/FMP
Reduction of "section changes," a versatile robotic hand that accommodates a wide range of industries.

【Features】 - Capable of transporting a wide variety and large quantities of workpieces at once - Compatible with workpieces that have holes - Offers two types of suction surfaces: a sponge type that conforms to curved or uneven workpieces, and a suction pad type that accommodates softer materials like cardboard or bags, which require height adjustment.