X-ray Baggage Scanner and Security Inspection Machine
Security Inspection Machine X-Ray Baggage Scanner: Finding the Best Price
### I. Introduction
A. Brief Overview of X-Ray Baggage Scanners
B. Importance of Security Inspection Machines
C. The Role of Price in Purchasing Decisions
### II. Understanding X-Ray Baggage Scanners
A. Basic Working Principles
1. X-Ray Technology
2. Dual-Energy X-Ray Technology
B. Components of X-Ray Baggage Scanners
1. Generator
2. Detector
3. Processing Unit
4. Display Unit
### III. Factors Influencing X-Ray Baggage Scanner Prices
A. Technology Advancements
1. Single-Energy vs. Dual-Energy
2. Image Resolution and Clarity
B. Throughput and Scanning Speed
C. Size and Portability
D. Advanced Features
1. Organic/Inorganic Material Discrimination
2. Automatic Threat Detection Algorithms
3. Connectivity and Integration Options
E. Compliance with Standards and Regulations
### IV. The Role of Tunnel Size in Pricing
A. Different Tunnel Size Options
B. Impact on Cost
C. Finding the Optimal Tunnel Size for Specific Applications
### V. Notable Brands and Manufacturers
A. Overview of Key Players in the Industry
B. Comparative Analysis of Different Brands
C. Reputation and Customer Reviews
### VI. Pricing Models and Considerations
A. Purchase vs. Lease Options
B. Total Cost of Ownership
C. Customization Options and Additional Costs
D. Warranty and Maintenance Plans
### VII. Market Trends and Innovations
A. Emerging Technologies in X-Ray Baggage Scanning
B. Market Trends Influencing Pricing
C. Sustainable Practices in Security Inspection Machines
### VIII. Case Studies
A. Real-World Examples of X-Ray Baggage Scanner Implementations
B. Cost-Benefit Analysis of Deploying Advanced Features
### IX. Tips for Negotiating the Best Price
A. Understanding Vendor Pricing Models
B. Leveraging Competitive Quotes
C. Building Long-Term Relationships for Favorable Terms
### X. Conclusion
A. Summarizing Key Considerations
B. Making Informed Decisions for the Best Price
Our X-ray Baggage Scanner is a high speed, accurate and reliable system that can scan baggage and objects. It can be used for detecting explosives, drugs and other contraband. The X-ray Baggage Scanner is equipped with dual energy x ray technology which provides a higher resolution for scanning objects than single energy x ray technology. The dual energy x ray allows us to see through dense materials such as wood, metal or plastic without causing damage to the material. Our X-ray Baggage Scanner has a 63X42cm tunnel opening which makes it suitable for scanning large items such as suitcases and hand luggage.
Our security inspection machine is designed for checking baggage at airports, train stations and ports by identifying any harmful materials such as narcotics or explosives inside the baggage. The security inspection machine uses high resolution to identify metallic objects such as knives, guns etc inside the bag. The security inspection machine also has a high sensitivity setting which allows us to detect liquids like petrol (gasoline), diesel fuel etc inside the bag without causing any harm to passengers carrying these liquids in their luggage.
The new 63X42cm tunnel opening of the baggage scanner is a high-security scanning system that can be used in the inspection of carry on baggage, organic and inorganic objects. The scanner has a dual view function that allows you to screen for metallic and non-metallic objects at the same time with high resolution. It is equipped with a digital camera and an object reading system that can read all kinds of baggage, including liquids and gels. The machine has been certified by the TSA (Transportation Security Administration) as a high security device.
General Specifications
Unit weight |
|
455 kgs |
|
| Unit size |
|
2648(L)*844(W)*1234(H) mm |
|
| Tunnel size(mm) |
|
615(L)*418(W) |
|
| Conveyor Speed(m/s) |
|
0.22 |
|
| Conveyor height(mm) |
|
680 |
|
| Conveyor Max Load(kgs) |
|
150 |
|
| Penetration |
|
Typical 38mm steel, guarantee 34mm steel |
| Wire Resolution |
|
Typical AWG40, guarantee AWG38 |
|
| X-Ray dosage each inspection |
|
Typical 2.5 μGy/h, guarantee 3.5 μGy/h |
|
| Boundary Leakage |
|
Typical 1.0 μGy/h, guarantee 1.5 μGy/h |
|
| Power consumption |
|
Max.0.8KVA |
|
| S/N ratio |
|
<60dB |
|
| Film Safety |
|
Guarantee ASA/ISO1600 Film |
|
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