CNC Meter Counting Winding Machine for Thread and Yarn

CNC meter counting winding machine is a practical production platform for winding fishing line, cotton thread, yarn and other compatible flexible materials while monitoring a target length. This BOYAN page is written for engineers and purchasing teams who need verifiable configuration data before requesting a machine proposal. The current reference configuration lists model YQ-F-255, a motor as the core component, a machine weight of 150 kg and an overall dimension field of 1000 × 700 × 1000. The unit for that dimension field is not stated in the available record, so BOYAN will confirm the unit and final drawing before an order.

The machine is intended for controlled winding rather than for making unverified promises about every material or package. A suitable selection depends on line diameter, stiffness, surface sensitivity, incoming supply package, finished spool geometry, required measured length and production rate. Send those values to yangle990706@gmail.com and BOYAN can check the application against the available configuration.

CNC Meter Counting Winding Machine: Quick Decision Summary

A CNC meter counting winding machine may fit a project when the production task is to transfer a continuous flexible material from a supply package onto a selected take-up spool and stop at a defined target length. The strongest documented facts for this configuration are the YQ-F-255 model designation, 150 kg machine weight, motor core component, 1000 × 700 × 1000 dimension field, 102 × 72 × 102 cm individual package and 155 kg package gross weight. The reference material also describes automatic winding, adjustable winding speed, resistance-change detection and an emergency-stop response intended to reduce line-break risk.

• Typical materials to evaluate: fishing line, cotton thread and yarn are named in the source record; other materials require a sample test.
• Primary process: length-monitored rewinding onto a compatible spool or bobbin.
• Control objective: set a winding job, monitor the run and stop at the required endpoint after the controls are commissioned for the material.
• Important limitation: no numerical meter-counting tolerance, maximum line speed, wire diameter range, spool size range or electrical input is stated in the available record.
• Commercial approach: BOYAN confirms the final specification, tooling, voltage, safety provisions and acceptance method in writing before supply.

This distinction matters. “CNC” and “meter counting” describe the intended control function, but they do not by themselves prove a particular accuracy class. BOYAN therefore does not publish an invented ± value. Accuracy must be agreed through a sample, test length, calibration method and acceptance criterion.

Verified Configuration and Open Technical Fields

The following table separates information that is present in the reference record from information that still needs engineering confirmation. It gives buyers a cleaner basis for comparing a CNC meter counting winding machine with other winding equipment.

The 150 kg value is the listed machine weight; it should not be interpreted as a 150 kg payload or spool capacity. Similarly, the package dimensions are logistics data rather than proof of the working envelope. These clarifications prevent a specification field from being used for the wrong engineering decision.

How Length-Controlled Rewinding Works

In a normal process, the operator installs the supply package, routes the material through the selected guides and measuring path, secures it to the take-up package and enters the job parameters. The take-up drive provides winding motion. A measuring element or programmed control tracks travel toward the target. The final mechanism used on a supplied CNC meter counting winding machine must be confirmed in the technical proposal because the available listing does not identify the measuring wheel, encoder resolution or control sampling method.

Meter counting is affected by more than the display. Slip at the measuring contact, elastic stretch, material compression, changing supply tension, acceleration, deceleration and operator threading can all create variation. A soft textile yarn behaves differently from a smooth monofilament fishing line. A specification should therefore state the reference material, test length, line speed, tension range and measurement method instead of relying on a general “high precision” description.

The reference record describes optimized speed control for measurement and material protection. For a real project, speed should be set after the line path is stable. Starting too aggressively can pull a lightweight supply package, damage the line or create a loose first layer. A controlled ramp and an agreed stop sequence are more useful than an unsupported maximum-speed claim.

Suitable Materials and Sample Testing

Fishing line, cotton thread and yarn are the documented application materials. Each category contains many constructions, so the name alone is insufficient for selecting guides and tension control. Fishing line may be monofilament, multifilament or braided; cotton thread may vary in twist, finish and lint level; yarn may be elastic, textured, hairy or sensitive to compression. BOYAN asks for a material data sheet and a physical sample whenever the line is unusual or the result is critical.

A CNC meter counting winding machine for monofilament should avoid sharp guide radii and excessive contact pressure. A textile thread application may need attention to lint accumulation, guide finish and package stability. Elastic materials require an agreed reference tension because length under load may differ from relaxed length. Flat, abrasive, adhesive, fragile or highly memory-prone materials need separate assessment and are not automatically covered by the three named applications.

• Provide material name, construction and manufacturer grade if available.
• State nominal diameter or linear density and the expected tolerance.
• Describe surface coating, lubrication, tack, abrasion and temperature sensitivity.
• Give minimum bend radius and allowable tension when known.
• Send the incoming package type, mass and dimensions.
• Send the required finished spool drawing and target length.

A sample trial can reveal slipping, crushing, telescoping, flange interference, static behavior and line-marking risks before tooling is finalized. BOYAN can use the trial result to define whether standard guides are adequate or a different line-contact arrangement is required.

Take-Up Package and Traverse Requirements

The quality of a wound package depends on the relationship between spindle motion, lateral distribution, tension and spool geometry. Buyers should provide flange diameter, barrel diameter, traverse width, bore, key or clamping detail, empty mass and maximum finished mass. A photo is helpful, but a dimensioned drawing is better. The current record does not state the maximum spool size or payload, so those values must appear in the final quotation.

Parallel-looking layers require the line placement system to match material diameter and package rotation. If the product must unwind from the side, over the end or through a downstream process, the desired build profile should be stated. Edge buildup, soft centers and trapped crossovers can reduce package usability even when the meter counter reaches its target. A CNC meter counting winding machine should therefore be selected for both length control and package quality.

BOYAN recommends supplying one acceptable wound sample and one rejected sample when visual package quality is important. Mark the preferred hardness, edge shape and allowable surface defects. That gives the engineering review a physical target and reduces subjective acceptance disputes.

Five Practical Uses

1. Fishing Line Repackaging

The machine can be evaluated for transferring compatible fishing line from a bulk supply onto retail or process spools at a target length. The inquiry should identify monofilament or braid, diameter, spool dimensions, label or downstream handling needs and acceptable length tolerance. Wet, coated or highly elastic lines need additional review.

2. Cotton Thread Batching

For cotton thread, the buyer should define linear density, twist, lint level, supply cone and take-up tube. Guide cleaning and tension stability may be important for repeatable packages. The material sample should represent normal production rather than an ideal laboratory strand.

3. Yarn Rewinding

A CNC meter counting winding machine can be considered for compatible yarn when the package, stretch and surface sensitivity fall within the confirmed setup. Textured or elastic yarn needs a test at the proposed reference tension so the stated length has a meaningful basis.

4. Production-Length Preparation

Factories may prepare measured lengths for assembly, braiding, net making or another downstream step. The downstream process determines whether the finished package must be tight, soft, center-pull compatible or easy to de-spool.

5. Sample and Small-Batch Changeovers

Where recipes change frequently, a controlled parameter setup can improve repeatability compared with manual estimation. Actual changeover time depends on spool fixtures, threading path and recipe controls, which should be demonstrated during acceptance.

Meter-Counting Accuracy: What Must Be Defined

A useful accuracy requirement includes a target, tolerance and method. For example, the parties may agree to test a specified material at a specified speed and tension, wind a stated length, then verify it with an agreed calibrated method. Without those conditions, a percentage or millimetre value can be misleading. The current reference record does not publish encoder resolution or verified counting tolerance.

Before ordering a CNC meter counting winding machine, answer four questions: What length will normally be wound? What is the acceptable short or over-length? How will the length be independently checked? Does the tolerance apply at one speed or across a defined speed range? BOYAN will place the agreed values in the technical confirmation rather than implying that one accuracy figure covers every line.

Calibration frequency should also be planned. Measuring surfaces can wear or collect contamination, and a material change may alter slip. An operating procedure should include a reference check at commissioning and after maintenance, guide replacement or significant product change.

Protection and Safe Integration

The reference material describes a protection function that detects increased resistance, helps prevent a line break and initiates an emergency stop. This is a useful design direction, but the threshold, sensor type, braking behavior and reset sequence are not specified. BOYAN will confirm the implemented logic for the selected machine. It should not be treated as a guarantee that every jam or break condition will be detected.

Rotating spindles, couplings, shafts and packages can create entanglement and impact hazards. The finished installation requires suitable guarding, emergency-stop access, safe threading procedures, isolation for maintenance and operator training. Buyers should review local requirements and their own risk assessment. The general principles in the OSHA machine-guarding guidance are a useful reference; the final responsibility depends on the installed system and destination regulations.

Never reach into a rotating package to correct a winding fault. Stop, isolate and verify stored energy before changing fixtures or clearing a jam. Loose clothing, hair and gloves can be drawn into rotating equipment. The workplace should define who may set up, run and maintain the CNC meter counting winding machine.

Recommended Operating Workflow

1. Verify the job: confirm material, supply package, take-up spool, target length and recipe revision.
2. Inspect the machine: check guards, guides, fasteners, emergency-stop function and work area.
3. Load safely: isolate motion while installing the package and routing the line.
4. Set initial parameters: use a conservative speed and suitable tension for the first piece.
5. Run a short trial: inspect tracking, flange clearance, line marking and counter behavior.
6. Measure independently: compare the trial result with the agreed verification method.
7. Adjust and document: record the accepted settings for the material and spool.
8. Release production: monitor the first batch and retain samples when traceability is required.

This workflow makes the CNC meter counting winding machine part of a controlled process instead of assuming the equipment alone guarantees the final result. The operating manual, electrical drawings and commissioning procedure included with the selected build should be confirmed in the contract.

Factory Acceptance Checklist

An effective acceptance test uses the buyer’s material and packages. BOYAN recommends agreeing the test before manufacturing is complete. The checklist may include visual inspection, nameplate, outline dimensions, supply voltage, control power-up, emergency stops, guarding, manual functions, automatic sequence, target-length stop, restart behavior, fault messages and sample package quality.

• Run the agreed material and spool rather than a convenient substitute.
• Record target length, actual measured length, speed and tension conditions.
• Check the first, middle and last samples in a defined trial batch.
• Inspect package edges, density, line damage, crossover and unwind behavior.
• Verify that a simulated abnormal resistance produces the agreed protective response.
• List supplied tooling, wear parts, manuals and drawings.
• Document open items and the person responsible before shipment.

If cutting, automatic tying, labeling, servo traverse, data export or recipe storage is required, list it explicitly. Those functions are not confirmed by the available record and must not be assumed from the legacy product name.

Information Needed for a Technical Proposal

For an efficient review, email BOYAN a single package containing the application summary, material data and drawings. A clear request avoids rounds of generic questions and allows the CNC meter counting winding machine to be checked against the real process.

• Material name, construction, diameter or linear density and sample length.
• Supply package drawing, maximum full mass and unwind direction.
• Take-up spool drawing, bore, flange, barrel, traverse width and maximum finished mass.
• Target length per package and required verified tolerance.
• Required production rate, shift pattern and changeover frequency.
• Desired package build, tension range and downstream unwinding method.
• Destination voltage, phase, frequency, plug or connection standard.
• Required guards, language, documentation, compliance and inspection records.
• Any cutting, tying, labeling, networking or data-recording requirement.
• Delivery destination and preferred acceptance schedule.

Send these details to yangle990706@gmail.com. BOYAN will reply with the confirmed scope and identify any item that requires a sample trial.

Compare Related BOYAN Winding Machines

This model should not be confused with every machine that winds fishing line. The CNC fishing line winding machine is a compact reference option published for line up to 2 mm and 1–1000 r/min, subject to its own specification. The CNC winding machine for 10 m lines is a separate small configuration with a stated 10 m reference and 24 V / 10 A input. This YQ-F-255 CNC meter counting winding machine is a 150 kg configuration and must be quoted from its own technical record.

To browse the wider equipment family, visit BOYAN’s winding machines category. Selecting by application, material and package is more reliable than selecting by a similar photograph or a broad product name.

Use our winding machine selection guide to compare control, material, package, speed, tension and application data before requesting a configuration.

Frequently Asked Questions

Does the machine have a published counting tolerance?

No numerical tolerance is present in the available reference record. BOYAN will agree the material, test length, speed, tension and measurement method before stating an acceptance tolerance.

Is this definitely a servo-controlled machine?

The record identifies a motor as a core component but does not specify a servo motor, servo traverse or drive model. Servo configuration should therefore be treated as unconfirmed unless it appears in the final technical proposal.

Does it include an automatic line cutter?

The legacy source title contains a translated cutting reference, but no cutter specification or operating sequence is provided. Cutting is not presented here as a standard confirmed feature. State the material and required cut cycle if it is essential.

Can it wind materials other than fishing line, cotton thread and yarn?

Possibly, after engineering review and a sample test. Material diameter, stiffness, abrasiveness, stretch, surface and package requirements determine compatibility.

What are the confirmed shipping figures?

The reference lists an individual package of 102 × 72 × 102 cm and gross weight of 155 kg. BOYAN will confirm final packing and shipping figures for the ordered configuration.

What electrical supply is required?

The available record does not state voltage, phase, frequency or installed power. Include destination electrical data in the inquiry so the final CNC meter counting winding machine can be configured correctly.

Can BOYAN customize fixtures or controls?

Customization can be evaluated from drawings and samples. Feasibility, added scope, cost and lead time are confirmed in writing; they are not assumed from a general customization statement.

Request an Engineering Review

A productive inquiry begins with measurable inputs. Attach line data, supply and take-up drawings, target length, acceptable variation, required rate, voltage and photos of the current process. BOYAN will separate confirmed standard features from optional engineering work and return a clear technical basis for discussion.

For a CNC meter counting winding machine proposal, contact yangle990706@gmail.com. BOYAN focuses on a verifiable application match and written acceptance criteria, helping purchasing teams compare options without relying on unsupported marketing claims.

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