MZ-F SERIES
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Payload 7 Kg
MZ 07F Robot Features ​
​High Speed
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Tact time is up to 43% * shorter compared to the conventional model. MZ07F/MZ07LF can increase productivity.
High Precision
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High precision from high rigidity design. This helps to widen the types of applications and reduces tact times.
Hollow Wrist
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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.
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
Hollow wrist structure - space saving
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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