Product Description:
Automatic Cone Sleeving Device
Powered by SMC pneumatic components, the device delivers stable and reliable动力 output, ensuring high efficiency and durability for continuous operations;
Innovatively adopting infrared sensor technology to precisely control the cone sleeve release process, achieving millimeter-level positioning accuracy and eliminating manual operation errors at the source;
The modular design supports quick adaptation to different cone sleeve sizes, enabling production mode switching without complex debugging and flexibly responding to diversified order requirements.
As an automated solution backed by patent technology (Patent No.: ZL202022378407.1), this device deeply integrates the concept of "precise control + flexible production". It not only meets the strict requirements of industrial-scale mass production for efficiency and quality but also provides an expandable technical foundation for the intelligent upgrade of production lines—making every process a dual guarantee of quality and efficiency.
Features:
- Product Name: Automatic Cone Sleeving Device
- Application: Industrial
- Condition: New
- Place of Origin: China
- After-Sales Service Provided: Field Installation, Commissioning And Training
- Power Supply: 220V/380V
- Compatible with Automatic Cone Sleeving Device
- Supports Automatic Cone Sleeving Device
- Essential component in Automatic Cone Sleeving Device
FAQ:
Q1: What are the core driving and control systems of this automatic cone sleeving device?
A1: The device uses SMC pneumatic components as the core driving assembly, relying on the pneumatic system for power transmission. Meanwhile, it precisely controls the release action of the cone sleeve through an infrared sensor. Combined with the mechanical structure's size adjustment design, it achieves automated and high-precision sleeving operations.
Q2: What key functions does the infrared sensor perform in the device?
A2: The infrared sensor is mainly responsible for detecting the position/status of the cone sleeve. It triggers the "release" command through non-contact sensing to ensure the timing accuracy of the sleeving action (e.g., avoiding missed or incorrect placement). It also reduces mechanical wear and improves system stability and service life.
Q3: How is "adjustable to fit different cone sleeve sizes" achieved?
A3: The device achieves size compatibility through modular mechanical structure + parametric adjustment design:
- Key stations (such as clamping and conveying components) have adjustable interfaces (e.g., slide rails, knob-style limiters) reserved, supporting manual or automatic adjustment of physical spacing.
- The control logic of the pneumatic system and sensors can match the response thresholds of different sizes, thereby adapting to the production needs of multi-specification cone sleeves.
Q4: What innovations does the patent (ZL202022378407.1) for this device primarily protect?
A4: The patent focuses on the integrated technical solution of "pneumatic drive + infrared sensing + size adjustability", specifically protecting:
- The power transmission and action control logic based on SMC pneumatic components.
- The timing and detection mechanism for triggering sleeve release via infrared sensors.
- The mechanical adjustment structure and system linkage design compatible with multi-size sleeves.
These innovations address common challenges in traditional sleeving equipment, such as low precision, poor compatibility, and high manual intervention.
Q5: If issues arise during installation, debugging, or operation of the Automatic Cone Sleeving Device, how is after-sales support provided?
A5: We provide remote video technical support: Customers can connect via video conferencing platforms (e.g., Zoom, Microsoft Teams, etc.), where our technical engineers will demonstrate operations, troubleshoot faults, and guide debugging in real-time. This eliminates the wait for on-site service and quickly resolves questions regarding installation, programming, and maintenance, minimizing downtime.
Q6: What is the delivery lead time from order placement to receiving the device?
A6: The standard delivery lead time is 60 days (calculated from the effective date of the contract and receipt of the advance payment). We will synchronize progress throughout the production process. If there are special customization needs (such as oversized dimensions or special function integration), we will confirm the delivery schedule adjustment plan with the customer in advance to ensure可控 delivery.
Q7: What stages are included in the 60-day delivery cycle? Will there be delays?
A7: The 60 days cover the entire process of design confirmation, material procurement, manufacturing, factory testing, and logistics shipping. We compress the cycle through "modular production + inventory stocking (core SMC components are always in stock)". In case of force majeure (such as epidemics or extreme weather), we will notify the customer immediately and negotiate a solution to ensure on-time delivery to the greatest extent.
Q8: Does the scope of video technical support include "process optimization" (such as improving sleeving efficiency and yield rate)?
A8: Video support covers not only "fault repair and basic operation" but also process optimization guidance
