Overview
The EMMA (Easily Manipulated Mechanical Arm) systems have been developed by Temple Allen Industries, some of which are robotic and some entirely pneumatic, for various applications including aerospace.
Flagship features
- Unique selling point: 100% pneumatic operation, designed specifically to eliminate health and safety problems associated with manual sanding
- Key capability: Allows artisans to perform overhead surface preparation tasks ergonomically
- Deployment configurations include Belly System and Telescoping Stand System for maximum maneuverability
- Target application: Surface preparation (sanding) in industrial shop environments
- Notable limitation: Not a traditional robotic arm with articulated joints or programmable control; it is a manually manipulated mechanical arm
- The product page is a magazine document (ePAPER) from 2015, not a typical product listing. No detailed technical specs, pricing, or commercial terms are provided
Specifications
Category: Industrial Arm- Arm class
- small payload
- Mounting
- floor, ceiling, wall
- Programming
- proprietary app,teach pendant
- Tool flange
- other
- Safety cert.
- Class I Division 1, ATEX Class 1 Zone 0, IECEx Class 1 Zone 0
- Industries
- aerospace, general_manufacturing
Detailed specifications
Other9
- Applications
- surface_finishing
- Sub Category
- surface_preparation
- Datasheet Url
- Preview PDF online
- Company Country
- US
- Procedure Types
- sanding,surface preparation,grinding
- Processing Tops
- true
- Deployment Count
- 23
- Deployment Notes
- The majority of their customers are aerospace companies.
- Additional Information
- - Unique selling point: 100% pneumatic operation, designed specifically to eliminate health and safety problems associated with manual sanding. - Key capability: Allows artisans to perform overhead surface preparation tasks ergonomically. - Deployment configurations include Belly System and Telescoping Stand System for maximum maneuverability. - Target application: Surface preparation (sanding) in industrial shop environments. - Notable limitation: Not a traditional robotic arm with articulated joints or programmable control; it is a manually manipulated mechanical arm. - The product page is a magazine document (ePAPER) from 2015, not a typical product listing. No detailed technical specs, pricing, or commercial terms are provided. - No evidence of ROS support, fieldbus protocols, or digital programming interfaces.
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