Custom LS Rotary Type Laid Scrim Machine Factory

Home / Products / Machine for Fiberglass Textile / LS Rotary Type Laid Scrim Machine

Interested in Our Products?

  • LS Rotary Type Laid Scrim Machine

LS Rotary Type Laid Scrim Machine

Applicable Fibers: Glass fiber, polyester
Core Products: Light-weight glass fiber and polyester mesh, produced in a one-time forming process
Application Fields: Used for insulation materials, packaging materials, release papers, and reinforcement of marble, mosaic, fireproof boards, reinforced aluminum foil, and kraft paper materials

 

Machine Speed 50-300r/min
Workshoping Width 2000MM(79")
Daily Output 15000㎡ (for reference only; actual output may vary depending on fabric construction and process)
Contact Us
PREV：LM Weft Insertion Type Laid Scrim Machine NEXT：YAS Auto Powder-Spreading machine

Application

  • Specification

Description: Mesh forming combined with chemical bonding and setting, specializing in low-weight, directionally oriented grid fabrics.

Recommended Products

About
Changzhou Yuanyang Electromechanical Technology Co., Ltd.

Located in Changzhou, Jiangsu Province—a key hub of the textile equipment industry in China, Changzhou Yuanyang Electromechanical Technology Co., Ltd. is a high-tech enterprise integrating R&D, manufacturing, sales and service dedicated to the textile machinery sector. Since its establishment, the company has been adhering to the mission of "Driving Innovation in Textile Machinery with Technology, Building Industry Trust with Quality", deeply rooted in the warp knitting equipment and supporting fields. Relying on profound technical accumulation, rigorous manufacturing techniques and a comprehensive service system, it has become a highly competitive professional supplier in the domestic textile machinery industry.

As China Laid Scrim Machine Manufacturers and China Web Laying Machines Suppliers, our main business focuses on the R&D and sales of high-end textile machinery. Its core product portfolio includes mainstream warp knitting equipment, such as stitch-bonding machines, biaxial warp knitting machines, multiaxial warp knitting machines, carbon fiber multiaxial warp knitting machines, powder-scattering machines, and web-laying machines. Meanwhile, it provides personalized customization services for a range of high-precision warp-knitting accessories and specialized equipment. The products are widely used in multiple fields, including industrial textiles, high-end fabrics, carbon fiber composite materials, and non-woven fabrics. Featuring high efficiency, stability, intelligent precision, and energy conservation, they can meet the diversified production demands of textile enterprises of different scales, helping customers improve production efficiency and product quality.

Based on the present and looking into the future, Changzhou Yuanyang Electromechanical Technology Co., Ltd. will continue to uphold the core values of "Innovation, Quality, Integrity and Win-Win Cooperation". It will further deepen technological R&D, optimize product portfolio, upgrade service quality, and strive to provide higher-quality warp knitting equipment solutions for global textile enterprises, joining hands with customers to create a bright future for the high-quality development of the textile industry.

News
  • What Is a Warp Knitting Machine and How Does It Work?

    Warp Knitting Machines: Machine Architecture, Yarn Control and Industrial Fabric Output Inside a warp knitting machine, every single yarn has its own itinerary. A thousand or more ends leave their beams together, swing through the guide bars, pass between the needles and lock into a fabric structure that is built one ...

    READ MORE
  • What Machines Are Used for Fiberglass, Chemical Fiber, and Carbon Fiber Textile Production?

    Which Machine Category Matches Each Technical Fiber and Fabric Goal A warp knitting machine is the primary production platform for technical fiber textiles across fiberglass, chemical fiber, and carbon fiber applications, with the specific machine variant selected based on the fiber's sensitivity, the required fabric g...

    READ MORE
  • What Is a Tricot Warp Knitting Machine and How Does It Work?

    What Is a Tricot Warp Knitting Machine A tricot warp knitting machine is a textile production machine that forms fabric by looping many parallel yarns fed from a warp beam, with each needle working its own yarn at the same time rather than a single yarn traveling across the width of the fabric. This is the defining di...

    READ MORE
Message Feedback
Machine for Fiberglass Textile Industry knowledge

LS Rotary Type Laid Scrim Machine from Changzhou Yuanyang

As a Ls Rotary Type Laid Scrim Machine Manufacturer, we match product configuration to the application, operating limits, interfaces and acceptance criteria defined for each project.

Changzhou Yuanyang Electromechanical Technology Co., Ltd. builds the LS rotary type laid scrim machine for producers who need light-weight, directionally oriented mesh formed in a single pass. The machine lays glass fiber or polyester yarns in a rotary web-laying motion, then bonds and sets the crossing points chemically, so the grid structure is fixed without a separate laminating step.

We manufacture this model in Danyang, Jiangsu, within a 12,000+ m² production base that also builds stitch-bonding, biaxial and multiaxial warp knitting equipment. The LS machine is one of the Machine for Fiberglass Textile range, and it sits alongside the LM Weft Insertion Type Laid Scrim Machine for producers who need a different laying principle.

Where the LS Rotary Type Fits

The rotary laying principle suits low-weight scrim where the yarns must stay straight and evenly spaced across a wide working width. Typical output goes into insulation facings, packaging reinforcement, release papers, marble and mosaic backing, fireproof board reinforcement, reinforced aluminum foil and kraft paper laminates.

  • Applicable fibers: glass fiber and polyester, with the yarn package format matched to the creel and laying head.
  • Fabric character: open grid, low gsm, directional orientation, one-time forming.
  • Downstream processes: coating, laminating, foil bonding and paper reinforcement lines.

Core Specifications

Parameter Value Engineering note
Machine speed 50–300 r/min Set against yarn count, mesh density and bonding dwell time.
Working width 2000 mm (79 in) Trim allowance and edge quality confirmed at order stage.
Daily output ≈15,000 m² Reference figure; actual output follows fabric construction and process.
Bonding method Chemical bonding and setting Binder system matched to fiber type and downstream coating.
Forming principle Rotary laying, one-time forming Yarn path and laying angle fixed by the rotary head geometry.

Configuration Choices We Build Around

Because scrim buyers rarely run one specification forever, we configure the LS machine around the working point rather than a fixed catalogue number. The choices below are confirmed against your yarn, mesh and line layout before the order is released.

Fiber and yarn package

Glass fiber or polyester, with creel positions and package sizes set to the yarn supply you run.

Mesh geometry

Grid pitch, yarn spacing and orientation are set by the laying head and the binder application point.

Bonding and drying

Binder pick-up, dwell and setting conditions are matched to the chemical system and line speed.

Winding and take-off

Roll format, core size and tension control are aligned with your downstream coating or laminating line.

Line Integration and Automation

The LS machine is usually the forming section of a wider scrim line, so we treat the interface to the coating, drying and winding sections as part of the project. Drive and control architecture is selected to match the electrical standard and communication interface used in your plant.

  • Speed and tension coordination between laying, bonding and take-off sections.
  • Operator interface language and parameter access level agreed at order stage.
  • Signal exchange with upstream creel or downstream coating line where required.
  • Guarding, emergency stop and access points arranged for safe threading and cleaning.

Quality Control and Acceptance

Yuanyang follows a refined control process from component procurement through assembly, testing and debugging. Every machine is tested before dispatch, and the acceptance run is agreed with the customer so that mesh weight, grid regularity and bonding quality are checked against the target fabric.

Check point What we verify
Yarn path and laying Straightness, spacing uniformity and absence of crossed or missing ends.
Bonding quality Node formation, pick-up consistency and freedom from unset intersections.
Roll build Width, tension, winding tightness and edge condition.
Machine function Drive response, stop logic, guarding and control parameter stability.

Installation, Training and Maintenance

On delivery, our engineer attends the customer's factory for installation, commissioning and operator training until the line runs to the agreed fabric. Training covers threading, parameter setting, routine maintenance and fault recognition, and can be extended to workshop management topics such as quality control and production planning.

For long-term operation we support spare parts identification, wear-part replacement intervals and troubleshooting through our after-sales team. The rotary laying head, binder application unit and winding section are the areas we recommend reviewing on a scheduled basis, with the interval set by shift pattern and fiber type.

Information We Use to Configure Your Solution

To prepare a firm configuration and quotation for the LS rotary type laid scrim machine, we work from the following project inputs. Where a value is not yet fixed, we can propose a starting point and refine it during trial production.

  • Fiber type, yarn count and package format.
  • Target mesh weight, grid pitch and orientation.
  • Required working width and roll format.
  • Binder system and downstream coating or laminating process.
  • Line layout, available floor space and utility supply.
  • Electrical standard, control interface and operator language.
  • Target output and shift pattern.

We also build related equipment for the same production chain, including the FC Chopped Stitch Bonding Machine and the YRS3-M-H High Strength Biaxial Warp Knitting Machine, so a scrim line can be planned as one coordinated project.

Frequently Asked Questions

What fibers can the LS rotary type laid scrim machine process?

The machine is built for glass fiber and polyester. The creel, laying head and binder system are matched to the yarn count and package format you intend to run, so the configuration is confirmed against your material before order release.

What is the difference between the LS rotary type and the LM weft insertion type?

The LS uses a rotary laying motion and one-time forming for light-weight, directionally oriented grid fabric. The LM weft insertion type is a different laying principle suited to other scrim constructions. We supply both and will recommend the model that matches your mesh design and downstream process.

What is the working width and daily output?

The standard working width is 2000 mm (79 in). Reference daily output is approximately 15,000 m², but actual output depends on fabric construction, mesh density and process settings, so we confirm the expected figure against your specific fabric during configuration.

Can the machine be customized for our mesh specification?

Yes. Customization can cover machine structure and layout, functional module integration, adaptation for special materials and process-oriented optimization for stability and efficiency. We work from your drawings or samples, prepare 3D confirmation drawings, and produce a trial sample before mass production.

How is the machine installed and supported after delivery?

Our engineer attends your factory for installation, commissioning and training until the equipment runs to the agreed fabric. Operator and maintainer training is available, and our after-sales team supports spare parts, troubleshooting and long-term production questions.

What information do you need to quote the LS machine?

We need fiber type and yarn count, target mesh weight and grid pitch, required working width and roll format, binder system, line layout and utilities, electrical standard and target output. With these inputs we can prepare a configuration and quotation, and refine it through trial production if needed.

As a Custom LS Rotary Type Laid Scrim Machine Suppliers manufacturer, Changzhou Yuanyang Electromechanical Technology Co., Ltd. supplies this model from its Danyang production base to textile producers worldwide.

X Facebook
Products News