
The TOP COVER CONTROL PANEL LABEL by GE Healthcare is designed for the AMX 4 system, providing clear and durable instructions for operation. With high temperature and chemical resistance, this polycarbonate label ensures long-lasting performance, making it ideal for demanding environments in X-ray and ultrasound applications. The Top Cover Control Panel Label is a label, which is generally used to convey the information or instruction for the system in a printed format. This label is intended to list the details of menu like up and down, X ray, charge, KVp and mA in text format on the top cover panel of X ray and ultrasound systems. It also has two window cuts for displaying the visual through it. All graphics are printed in opaque white color with sub surface printed technology. Acrylic adhesive is used for adhesion, it has excellent solvent resistance and long term stability. The Polycarbonate label is used for depicting the clear and accurate information about the product. It possesses high temperature resistance, excellent dimensional stability and ensuring a long life span for the labels. This label is appreciated for the best quality adhesive that makes easy sticks for a wide range of application across any kind of surface. The text on the labels are clear and perfectly scaled with respect to the label’s size. Additional Features: Excellent physical properties Clear text Excellent graphics High optical clarity or clearness Low moisture absorption Good abrasion resistance Easily embossed Anti fog UV resistance
This control panel label is compatible with the AMX 4 model. It is typically used in X-ray and ultrasound systems, providing essential operational instructions and information directly on the equipment for user convenience.
| Parameter | Value |
|---|---|
| Material | Polycarbonate |
| Adhesive Type | Acrylic |
| Temperature Resistance | High |
| Impact Resistance | Yes |
| UV Resistance | Yes |
The TOP COVER CONTROL PANEL LABEL is designed to enhance the operational efficiency of medical imaging systems. By providing clear and concise instructions directly on the equipment, it minimizes the potential for user errors, thereby improving patient safety and workflow efficiency. The label's durable construction ensures that critical information remains legible over time, even in high-use environments.
From a maintenance perspective, the label's chemical and abrasion resistance significantly reduces the need for frequent replacements, thereby streamlining procurement processes. Its excellent adhesive properties facilitate easy application, allowing biomedical engineers to quickly install or replace labels without extensive downtime. This reliability and ease of use contribute to a more effective and efficient healthcare environment, ultimately supporting better patient care outcomes.
The Top Cover Control Panel Label is a label, which is generally used to convey the information or instruction for the system in a printed format. This label is intended to list the details of menu like up and down, X-ray, charge, KVp and mA in text format on the top cover panel of X-ray and ultrasound systems. It also has two window cuts for displaying the visual through it. All graphics are printed in opaque white color with sub surface printed technology. Acrylic adhesive is used for adhesion, it has excellent solvent resistance and long term stability. The Polycarbonate label is used for depicting the clear and accurate information about the product. It possesses high temperature resistance, excellent dimensional stability and ensuring a long life span for the labels. This label is appreciated for the best quality adhesive that makes easy sticks for a wide range of application across any kind of surface. The text on the labels are clear and perfectly scaled with respect to the label’s size. Additional Features: Excellent physical properties Clear text Excellent graphics High optical clarity or clearness Low moisture absorption Good abrasion resistance Easily embossed Anti-fog UV resistance
Models
AMX 4
Features
High temperature resistance; Exposure to chemical; Impact resistance; Excellent thermal properties