AZEN Visits Lace Clients & Inspects Installing Machine in Changle, Fujian
Publish Time: 2026-07-25 Origin: Site
In July 2026, the AZEN technical and sales engineering team visited Changle, Fujian Province—widely recognized as China’s Capital of Lace—for an on-site technical inspection and support session. The team inspected the installation of the AZEN MSJ83/1B multibar jacquard lace warp knitting machine at a long-standing customer’s manufacturing facility.
As one of the world's largest industrial hubs for lace and warp knitted fabrics, Changle demands rigorous equipment stability and pattern output. By maintaining a direct presence on the factory floor, AZEN ensures its machinery performs seamlessly under continuous full-load production conditions.
On-Site Inspection & Installation Highlights
During the July field visit, AZEN engineers performed comprehensive mechanical calibration and alignment on the customer's newly placed MSJ83/1B units:
Real-time Thermal Calibration: Checking needle bar clearances under actual factory ambient temperature to verify zero thermal displacement.
4-Panel Alignment: Verifying tension uniformity across the entire 268-inch bed during full-speed test runs.
Customer Feedback: The factory management noted superior pattern clarity and smooth edge transitions on fine mesh lace styles during trial operations.
Key Technical Specifications: AZEN MSJ83/1B
Technical Parameter |
Specification / Feature |
|---|---|
Machine Model |
AZEN MSJ83/1B Multibar Jacquard Lace Warp Knitting Machine |
Working Width |
268 inches (Simultaneous production of 4 fabric panels) |
Gauge |
E24 (E18 and E28 optional) |
Max Operating Speed |
Up to 700 rpm |
Core Structural Material |
Carbon fiber construction for pattern needle strips, guide bars, and needle beds |
Target Application |
High-end lace trims, all-over lace fabrics, and intricate jacquard patterns |
Core Advantages of the AZEN MSJ83/1B
High-Yield Efficiency: Featuring a 268-inch working width, the MSJ83/1B supports the simultaneous production of four fabric panels at speeds up to 700 rpm, dramatically boosting daily output for lace manufacturers.
Carbon Fiber Stability: Key moving parts—including pattern needle strips, guide bars, and needle beds—utilize lightweight, high-rigidity carbon fiber. This material design ensures smooth high-speed operation, mitigates thermal expansion caused by ambient temperature fluctuations, and significantly lowers the risk of needle collisions.
Superior Fabric Quality: Practical trials demonstrate that fabrics produced on the MSJ83/1B feature a tight, uniform surface texture and clear pattern definition, earning praise from regional lace producers during technical reviews.
3. Frequently Asked Questions (FAQ) about AZEN MSJ83/1B
Q1: Why is carbon fiber essential for MSJ83/1B running at 700 rpm?
A1: High-speed operation causes mechanical heat. Carbon fiber resists thermal expansion, preventing needle misalignment or crashes caused by factory ambient temperature shifts.
Q2: How does the 268-inch width improve efficiency?
A2: The 268-inch working width allows simultaneous output of four 60-inch lace panels or multiple lace trims, maximizing beam utilization and overall daily production yield.