Does the foot scanner have radiation?
Foot scanners usually use laser, structured light, and infrared to measure the foot. These technologies themselves do not produce harmful radiation and are safe for the human body. The safety of different types of foot scanners is as follows:
Laser scanners: use low-power lasers (usually Class 1 lasers), meet international safety standards, and will not cause harm to the skin or eyes.
Structured light scanners: use visible light or near-infrared light for scanning, do not involve ionizing radiation, and are harmless to the human body.
Infrared scanners: Infrared is non-ionizing radiation, similar to the light emitted by a TV remote control, and is safe for the human body.
How to choose a laser foot scanner manufacturer
When choosing a laser foot scanner manufacturer, you need to consider technology, accuracy, application scenarios, after-sales service and other aspects to ensure that the equipment meets your needs. The following are key selection criteria:
1. Technology and accuracy
Choose high-precision laser scanning to ensure that the measurement error is at the millimeter level or even lower.
Fast scanning speed, able to complete foot data collection in a few seconds, improving efficiency.
2. Equipment quality and stability
Use high-quality laser sensors to ensure long-term stable operation and avoid data drift.
The equipment should be durable and dustproof and moisture-proof, suitable for different environments.
3. Software functions and compatibility
It has functions such as automatic modeling, data analysis, and foot type comparison, which is easy to use.
Compatible with CAD, 3D printing or customized insole/last design software to achieve seamless docking.
Cloud storage and remote access facilitate data management and sharing.
4. Applicable scenarios
Medical rehabilitation: Applicable to hospitals and rehabilitation centers, supporting foot disease diagnosis and orthopedic solutions.
Sports science: Supports gait analysis, sports shoe customization, and improves sports performance.
Footwear customization: Applicable to high-end footwear industry, helping personalized shoe lasts and insoles production.
5. Manufacturer strength and after-sales service
Choose manufacturers with rich industry experience and mature technology to ensure product quality.
Provide complete after-sales service, including equipment maintenance, software upgrades, and training support.
Whether there are successful cases and customer reviews, the brand reliability can be evaluated through market feedback.
6. Price and cost performance
The price should match the function, accuracy and service, avoiding only looking at low prices and ignoring performance.
Pay attention to the long-term use costs, such as additional costs such as software upgrades and accessory replacements.
Recommended purchase process
Clarify needs (application scenarios, budgets, technical requirements)
Research brands (compare technologies and cases of different manufacturers)
Product testing (apply for equipment demonstration or trial)
Evaluate after-sales service (consult maintenance, warranty policy)
Final purchase (ensure that the contract includes all key support)
Choosing the right laser foot scanner manufacturer can improve measurement accuracy, optimize customization processes, and provide reliable data support for the medical, sports and footwear industries.
