Articles
Why is it important?
Advanced measurement solutions that Bladewear provides gives a level of differentiation for expert service providers and operators alike. Studies show that up to 50% of tissue operators change blade suppliers in favor of vendors with this capability.
Is exclusive licensing available?
Inquire with your dedicated customer success manager.
Are there other versions?
Bladewear Inc has a continuous improvement philosophy and innovative technology is being constantly pursued. Advanced analytics and machine learning are just around the corner. Contact your customer success manager for details.
Which payment methods do you accept?
ACH, Credit card, venmo are all accepted. Physical checks are not accepted.
Contact order@bladewears.com for details.
What can be found from a bladewear?
Early indicators of quality impacting issues including holes, stretch, softness, tensile or strength, crepe structure, wrinkles, absorbency, blade life, blistering, breaks, caliper or bulk, carbon marks, chatter marks, picking, and streaky coating.
Can I choose my color of device?
Bladewear units are currently supported in White color. Contact your customer success manager for other options and associated lead times.
What is next?
Subscription for outcome assistance. Machine learning and rules engines for advanced troubleshooting based on a complete selection of leading indicators for tissue and towel operations.
Creping Blade Tech?
Creping blade diagnostic technology is a vital component in the tissue paper production industry, as it serves to assess the functionality of the creping blade, which plays a critical role in creating the distinctive soft and fluffy texture of tissue paper. This technology utilizes sensors and cameras to capture real-time data regarding the creping blade's movement and position, which is then analyzed to identify any issues that may arise and impact the quality of the final tissue paper product.
The creping blade, through its oscillatory movements, serves to remove excess fibers from the tissue paper web and distribute the fibers evenly to achieve the desired texture. It is, therefore, crucial to monitor and diagnose any deviations from the ideal functionality of the creping blade, as this can help prevent production disruptions and ensure that high-quality tissue paper is consistently produced.
The utilization of creping blade diagnostic technology allows for prompt identification and resolution of any issues with the creping blade, thereby reducing the likelihood of significant production downtime. This proactive approach to monitoring the performance of the creping blade ultimately contributes to the overall efficiency and quality of tissue paper production operations.
In conclusion, the implementation of creping blade diagnostic technology is a fundamental aspect of tissue paper production processes and represents a critical component of a well-run operation. The real-time monitoring and assessment of the creping blade's functionality and performance allows for the identification and resolution of any issues, ultimately contributing to the production of consistently high-quality tissue paper.
Vendor Setup Details
Contact dedicated success manager for details.
CWO payment terms.
FOB Destination.
4 day handling lead time for in stock orders.
Delivery times vary by destination.
Address: 30 N Gould St Ste R, Sheridan, WY 82801.
Physical checks not accepted. Remittance payments accepted through ACH upon request or card payments made through the bladewears.com website.
Order contact email: Bladewears@gmail.com.
Additional Available information: EIN, ACH details, invoice contact name, W-9 form.
What is the device calibration process?
Calibration Summary:Complete Measurement Solution DeviceModel: PG103-G
Calibration Standards and Procedures
This angle-finding goniometer device has been calibrated following principles and guidelines and standards set by the National Institute of Standards and Technology (NIST). The specialized machinist angle plates standards were used for calibration and inspection. The calibration process adhered to principles outlined in the following specific NIST documentation:1. NIST Special Publication 250-41: principles followed similar to calibration services for spectroradiometric detectors and photodiodes.2. NIST Technical Note 1297: Guidelines for evaluating and expressing the uncertainty of NIST measurement results.3. NIST Handbook 150: NVLAP Procedures and General Requirements related to environmental control considerations during testing.Calibration ProcessThe calibration was performed in a controlled environment similar to principles outlined in NIST Handbook 150, maintaining stable temperature, humidity, and lighting conditions to minimize potential measurement errors. The procedure involved:- Using high-precision calibrated reference angle blocks.- Measuring known angles with the goniometer and comparing the readings against the reference standards.- Documenting all measurements and ensuring traceability comparable to NIST standards.- Controlling environmental factors like vibration, air quality, humidity, temperature and lighting.Measurement UncertaintyThe measurement uncertainty was calculated according to NIST Technical Note 1297, taking into account:- Device resolution- Repeatability- Environmental factors like vibration, air quality, humidity, temperature and lighting. - Reference standard uncertainty.