SMC SMC Air Slide Table Base Precision Assembly Dual Rod Structure
N/A
Details
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CategoryMiscellaneous
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Dimension16.0in x 12.0in x 9.0in
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SerialN/A
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / Hertz120V / Does Not Apply
Description
Introducing the SMC MXS 16-20 Custom Air Slide Table Base, a well-crafted apparatus designed in collaboration with MISUMI. Crafted to enhance precision assembly, this compact unit integrates a work table and air cylinder, supported by a dual-rod structure for stability. It features a cross-roller guide for improved mounting repeatability of workpieces and can be vertically mounted for diverse applications. This product, though used, powers on and performs basic functionality tests effectively; it does exhibit slight cosmetic wear. With 120V power compatibility and an anodized aluminum alloy structure, it stands ready for diverse operational needs in general-purpose environments.
Key Features
- Compact integration of work table and air cylinder
- Dual-rod structure enhances stability
- Designed for precision assembly tasks
- Cross-roller guide ensures mounting repeatability
- Anodized aluminum alloy construction
- Suitable for vertical mounting applications
- 120V power supply compatibility
Specifications
- Type: L-Shaped Table
- Cylinder Inner Diameter: 16mm
- Stroke: 20mm
- Max. Load Mass (Horizontal Mounting): 1~4.9 kg
- Table Size Length: 76 mm
- Table Material: Aluminum Alloy
- Guide: Cross Roller Guide
- Power Voltage: 120V, 50/60Hz
- Table Size Height: 40 mm
- Table Surface Treatment: Hard Anodize
- Environment: General Purpose
- Maximum Load: 4 kg
Weight
Imperial: 26.4 Pounds
Metric: 11.97 Kilograms
Shipping Dimensions
Imperial: 19.2 lb x 14.4 lb x 10.8 lb
Metric: 48.77 cm x 36.58 cm x 27.43 cm
Harmonized Code
84289057
Harmonized Code Details
84289057 - Machinery used for lifting, handling, loading or unloading. This code is fitting for the SMC Air Slide Table Base as it functions to assist in assembly processes which involve precise lifting and placing operations.
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