EMI News

EMI has developed a conveyor to easily integrate with your Collaborative Robot.

Coupled with EMI’s URCap development, any UR can easily control the conveyor’s speed and direction. Set-up is easy, simply connect the included Ethernet cable to your UR Robot’s control panel and install the URCap.

Our Cobot Ready Conveyor is a lightweight, durable extruded aluminum frame conveyor, featuring an internal drive, Ethernet connection, photo-eye workpiece detection, URCap for easy programming on Universal Robots. Available in a wide range of lengths and widths to meet your specific needs.

EMI's 2020 Robot End-of-Arm Tooling catalog is now available!

You can request a copy, view it online, or download a pdf to your desktop. We have added over 340 new products!

Our Online EOAT catalog has many features making it easy to navigate!

• Easy online ordering - Click any quick number and be directed to that part in e-commerce
• Download individual pages, or the whole catalog.
• Search by Part or Quick number

The MHF2 is a low-profile gripper with space-saving design where its height is approximately 1/3rd of general purpose MHZ2 & GS grippers.

These double-acting grippers feature a double piston construction that achieves strong gripping force. There are many options for fastening and feeding, along with sensors for mid-stroke detection.

Order Online today! In-stock and ready to ship!

Aluminum body and steel rod - Available in both rotating and non-rotating shafts.

Pneumatic brake suspensions combine the compliance of a traditional suspension with the rigidity of a fixed location mount. They can be used in applications where height compensation is needed but then the suspension position must be maintained until the part is released.

Available in e-commerce!

Easy to Assemble and Modify!

Completely modular and lightweight, our Modular Profile Kit (MPK) is a great starting point for most vacuum applications and can easily be expanded with EMI’s complete line up of EOAT framing, suspensions, general and specialty grippers, vacuum cups, and more.

All in stock, ready to ship with a team of Engineers ready to assist you with your application!

Tilt units are used to rotate an EOAT from the vertical to a horizontal position. They are usually placed between the robot and the quick changer, commonly known as wrist-flip or C-axis, EMI offers five different sizes: 30, 40, 50, 63, & 80.

Our third, and most recent printer is a stereolithography (or SLA) printer that can run down to a 25 micron (0.025 mm) layer height, providing exceptional detail.

Contact us! Our engineers are experts in the field and will discuss with you our different methods so we can develop the most cost-effective solution for your application.

Periodic inspection and cleaning of vacuum cups is critical in extending the life of the vacuum equipment and ensuring proper safety.

EMI’s years of experience in automation applications have proved that we can provide the perfect solution for a wide variety of industrial cobot end effector needs.

Our engineers have outfitted a number of our industry-proven pneumatic and electric grippers to easily adapt to, and maximize the high repeatability of Cobots from Universal Robots, Sawyer & Baxter, Kuka LBR, Fanuk CR, and other Collaborative Industrial Robots.

Get the custom item you need for your EOAT from EMI.

Since 2013, EMI’s engineers have been utilizing Additive Manufacturing (AM) in robotic handling applications for the automotive, medical, consumer good and plastic injection molding industry. As an industry leader in robotic End-of-Arm-Tooling (EOAT), we have found new, innovative ways to approach the traditional EOAT application. From custom nests to advanced gripper fingers, EMI is continually pushing the limits of 3D printing to support automation in the plastic injection molding industry.