ESTUN Teach Pendant Cover

Order No.: TERSJQD05 

Name: ESTUN Robot Teach Pendant Protective Cover 

Features: Dust-proof, stain-proof, drop-resistant, impact-resistant, wear-resistant 

Application Scenarios: Workshop operation, handheld robot teaching programming, equipment debugging 

Applicable Model: ESTUN robot teach pendant 

Size Specification: Custom fit for ESTUN teach pendant, non-standard customization available

ESTUN teach pendants are essential handheld controllers for robot programming and on-site debugging in diverse industrial workshops. Operators frequently carry them during welding, handling and assembly processes, where the touchscreen and physical buttons are exposed to dust, oil stains and accidental drops. Without proper protection, scratches, screen contamination and impact damage often occur, disrupting programming work and increasing the replacement cost of the teach pendant.

This custom ESTUN robot teach pendant protective cover with order number TERSJQD05 is specially developed for ESTUN handheld teach pendants. It adopts flexible, high-toughness wear-resistant material that delivers reliable dust, stain and shock absorption protection. The transparent observation window keeps the touch screen fully visible, allowing operators to read data and trigger buttons without removing the cover. The zipper structure enables quick putting on and taking off, which brings great convenience for daily on-site teaching and maintenance work.

Precisely tailored to match the contour of ESTUN teach pendant, the protective cover fits closely without blocking function buttons, emergency stop switches and cable interfaces. It maintains a comfortable hand feel even for long-time handheld operation in dusty, oily factory environments.

Lightweight and reusable, this protective cover effectively reduces screen scratches, dust accumulation and collision damage. It cuts repair and replacement costs and provides stable, long-term protection for ESTUN teach pendants during robot programming, commissioning and on-site production.