Festo EHMH multi-axis handling Review: Specs, Price and Applications
Updated: 4 days ago
The Festo EHMH is a multi-axis handling system with a payload of up to 200 kg, listed from USD 15,000. This review covers its full specifications, design, integration, applications and price, so you can decide whether it fits your automation project.
Quick Verdict
The Festo EHMH is a heavy-duty cantilever axis for handling systems that carries payloads of up to 200 kg over strokes of 250 mm to 2500 mm. It is designed as the vertical Z-axis for palletising, stacking and loading or unloading machine tools. The axis is built in two sizes, has high torsional rigidity and uses helical gearing with a covered drive pinion for quiet running. Safety functions up to performance level d are possible, and options include a pneumatic locking unit, a clamping unit as an emergency brake, an external displacement encoder and an energy chain. It is listed from USD 15,000.
Festo EHMH multi-axis handling at a Glance
Product type: Handling system
Payload: Up to 200 kg
Price: from USD 15,000
Festo EHMH multi-axis handling Technical Specifications
The table below lists the published specifications of the Festo EHMH multi-axis handling.
Specification | Festo EHMH multi-axis handling |
Manufacturer | Festo |
Model | EHMH multi-axis handling |
Product type | Handling system |
Payload | Up to 200 kg |
Starting price | From USD 15,000 |
Detailed Technical Data
Electric heavy-duty cantilever axis (Z-axis)
2 sizes
Payload up to 200 kg
Stroke 250 to 2500 mm
Helical rack-and-pinion drive with covered pinion
Safety up to PL d
Options: pneumatic locking unit, clamping unit, external displacement encoder, energy chain, central lubrication
Design and Build Quality
The EHMH is a multi-axis handling system made by Festo. Published build data: stroke 250 to 2500 mm.
Integration and Compatibility
The EHMH multi-axis handling is connected to the robot or line controller. Confirm mechanical and software compatibility with your robot model before ordering.
Festo EHMH multi-axis handling Applications and Use Cases
The Festo EHMH is a heavy-duty cantilever axis for handling systems that carries payloads of up to 200 kg over strokes of 250 mm to 2500 mm. It is used in the automotive, electronics, metalworking, plastics, food and beverage, pharmaceuticals and logistics industries.
The right configuration depends on the part, the cycle time and the robot or line it works with, so confirm it with the supplier.
Festo EHMH multi-axis handling Price and Value
The Festo EHMH multi-axis handling is listed from USD 15,000 on All Things Cobots. Mounting kits, cabling, software options and integration affect the final price and are quoted separately. Prices are indicative, are not final and may change.
Pros and Cons
Pros
Payload of up to Up to 200 kg
Cons
Compatibility with the robot and controller must be confirmed before ordering
Mounting, cabling and integration are quoted separately
Who Should Buy the Festo EHMH multi-axis handling?
The Festo EHMH multi-axis handling fits robot users and integrators who need a gripper for handling, machine tending or assembly.
See the full Festo EHMH multi-axis handling product listing on All Things Cobots.
Festo EHMH multi-axis handling FAQ
How much does the Festo EHMH multi-axis handling cost?
The Festo EHMH multi-axis handling is listed from USD 15,000 on All Things Cobots. The price is indicative and may change, and it does not include installation or integration.
What is the Festo EHMH multi-axis handling?
The Festo EHMH is a heavy-duty cantilever axis for handling systems that carries payloads of up to 200 kg over strokes of 250 mm to 2500 mm.
What payload does the Festo EHMH multi-axis handling handle?
The published payload of the EHMH multi-axis handling is Up to 200 kg.
Is the Festo EHMH multi-axis handling compatible with my robot?
Compatibility depends on the robot flange, payload and controller interface. Confirm it with the supplier before ordering.
Specifications and prices are based on manufacturer and distributor information. Prices are indicative, are not final and may change.
