MZ-F SERIES
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Payload 7 Kg
MZ 07F Robot Features ​
 ​High Speed
Tact time is up to 43% * shorter compared to the conventional model. MZ07F/MZ07LF can increase productivity.
High Precision
High precision from high rigidity design. This helps to widen the types of applications and reduces tact times.
Hollow Wrist
Smart cable and hose routing through the hollow wrist. Minimizes interference and wear.
High speed - Increased Productivity -
The world's top-class speed on each axis remains unchanged. Up to 43% * shorter tact time than conventional models due to improved acceleration/deceleration performance.
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High accuracy - appliable to complex work, reduction in tact time -
Improved pose repeatability can handle complex operations. Enhanced path accuracy for tact time reduction.
Pose repeatability: Reduced misalignment to approx. 3/4* of conventional robots
Path accuracy: Reduced misalignment to approx. 1/3* of conventional robots
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Hollow wrist structure - space savingÂ
Wiring for tooling can be routed through the hollow wrist to minimize the risk of interference with peripheral equipment, allowing flexible operation even in small spaces.
Catalogues
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Payload 10 Kg
MZ 10LF Robot Features ​
Lightweight body, long reach
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Achieved 10kg payload and 1202mm reach with 55kg body weight.
Hollow wrist
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Smart cable and hose routing through the hollow wrist. Minimizes interference and wear.
Extensive standard equipment
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Standard specification includes integrated application wiring in the arm. It can be used in various environments.
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Applicable in conditions such as dust and water splashing.
55 Kg body weight,10kg payload, 1202mm max Reach.
- Suitable for a variety of applications -
1202mm reach and 10kg payload realized with only 55kg weight.
A 10kg payload is needed for more flexibility when considering tooling.
Slim design, Hollow wrist - space-saving -
The compact design and small footprint allow for a compact layout.
Wiring for tooling can be routed through the hollow wrist to minimize the risk of interference with peripheral equipment, allowing flexible operation even in small spaces.
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