Cone to Cone Assembly Winder for Dyneema Rewinding

Name: Cone to Cone Assembly Winder for Dyneema
Brand: Meera Industries Limied
SKU: 01-cone-to-cone-assembly-winder-for-dyneema
Rating: 4.3 (33 reviews)

The CW-250 individual-motor-driven winder handles Dyneema's ultra-high tenacity and low elongation at speeds up to 750 MPM — delivering consistent, knot-less packages ready for downstream processing.

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★★★★☆ 4.3 based on 33 Google reviews

Cone to Cone Assembly Winder for Dyneema | Meera

TLDR

What this page covers, at a glance

Winds Dyneema at up to 750 MPM with individual motor-driven drums for precise, independent tension control per position
Optical sensor yarn break detection with heavy-duty cutter responds immediately to Dyneema's near-zero elongation at break
Produces knot-less take-up packages of 7–8 kg, suitable for dye-house or further assembly winding
Up to 40% reduction in power and space versus shaft-driven winders, with 24 positions across a compact 7.9 m frame

Dyneema — the ultra-high-molecular-weight polyethylene fiber known for its near-zero stretch and exceptional tenacity — demands a winding machine that can respond instantly to yarn breaks without over-tensioning the line. The Cone to Cone Assembly Winder (Model CW-250) addresses this directly: each of its 24 positions is driven by an independent motor, so the take-up speed at every drum is set precisely for the material in hand rather than inherited from a shared mechanical shaft. This matters enormously for Dyneema, where even a brief tension spike during rewinding can stress the fiber or cause package collapse, jeopardizing the integrity of the final cone or cheese.

The CW-250 is also in regular use across a broad spectrum of technical and specialty filament yarns — from high-tenacity polyester and PA industrial grades to viscose and cotton — so its control architecture has been validated across materials with very different elongation profiles. That breadth of validated use gives Dyneema processors confidence that the machine's washer tension device and anodized aluminum grooved drum are calibrated for low-stretch, high-tenacity behavior, not just for the forgiving elongation curves of conventional textile fibers.

Product to use

What product to use

For rewinding Dyneema from feed cheese or cone packages onto fresh take-up cones, the Cone to Cone Assembly Winder (CW-250) is the correct machine: its individual-motor-driven drum system maintains independent tension at every position, and its optical sensor yarn break detection with heavy-duty cutter handles the abrupt, no-warning breaks characteristic of ultra-high-tenacity fiber — all at speeds up to 750 MPM.

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Why this product · for this application

Why Cone to Cone Assembly Winder is the right product for Dyneema

Dyneema's defining characteristics — a tensile strength roughly 15 times that of steel by weight, virtually no creep elongation, and a surface that is chemically inert and very slippery — create specific winding challenges that the Cone to Cone Assembly Winder resolves by design. The anodized aluminum grooved drum provides a consistent, repeatable traverse path so that each layer of Dyneema is laid down at the correct crossing angle without the fiber slipping laterally on the drum face. The washer tension device maintains steady, controllable yarn tension from the feed package through to take-up, preventing the ribbon-like collapse that can occur if tension fluctuates on a fiber with essentially zero give. These are not generic tension-control claims: they apply directly to how the CW-250 handles UHMWPE fiber on every one of its 24 positions, with parameter control for yarn type and yarn speed dialed to the specific Dyneema count being processed.

The same engineering fit that makes the CW-250 reliable for Dyneema also validates it for adjacent high-tenacity materials such as aramids and glass fiber yarn — fibers that share Dyneema's intolerance for tension variation and its propensity for abrupt breaks. Mills that process multiple technical fiber types, including high-tenacity polyester alongside Dyneema, rely on the machine's individual-motor system to switch operational parameters per position rather than re-engineering the entire line for each new material.

How It Works

Feed Package Loading

A Dyneema feed cheese or cone — up to 250 mm diameter and 4–5 kg — is mounted on the creel. Because Dyneema unwinds with very low tension resistance, the washer tension device is adjusted at this stage to apply sufficient, controlled drag to prevent ballooning or loose over-runs from the slippery UHMWPE surface during unwinding.
Tension-Controlled Traverse

As Dyneema travels from the feed package to the anodized aluminum grooved drum, the 250 mm winding traverse lays each filament pass at a consistent crossing angle. The individual motor at each drum position maintains the set surface speed independently, so tension on the Dyneema strand does not fluctuate when neighbouring positions experience a break or a package change — a direct safeguard for a fiber that cannot absorb tension spikes through elongation.
Optical Break Detection and Cutter Response

When a Dyneema end breaks — which happens abruptly and without the progressive tension rise seen in cotton or PA — the optical sensor at that position detects the loss of yarn within milliseconds and triggers the heavy-duty cutter to secure the end on the take-up package. This stops the position immediately rather than allowing the broken end to wrap around the drum or tangle with adjacent ends.
Take-Up Package Build

The rewound Dyneema builds onto a take-up cone or cheese (57 × 290 mm former, maximum diameter 250 mm) to a finished weight of 7–8 kg, knot-less. The grooved drum geometry ensures a stable, uniform package density suitable for dye-house processing or for further downstream assembly winding of multiple Dyneema plies — up to 6 ply via optional creel configuration.
Parameter Logging and Handoff

The CW-250 controls allow the operator to preset count, yarn type, yarn speed, and package length specifically for the Dyneema specification in production. A single operator manages all 24 positions, and the finished packages are handed off to dyeing or downstream processing with consistent, documented winding parameters — supporting traceability for technical fiber orders.

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Materials Cone to Cone Assembly Winder can process

Cone to Cone Assembly Winder handles these material types, grouped by family.

Synthetic Polymers

Polyester Nylon Nylon 66 Industrial Yarn PP PE Acrylic Viscose Latex Lycra PV

Yarn Constructions

Filament yarns Spun yarns BCF FDY DTY Blended Yarns Monofilament and fibrillated yarn Flat Filaments Crimped Varieties PP Multifilament Fibrillated Metallic

High-Performance Fibers

Carbon fiber Aramids UHMWPE Glass Basalt fibre High-tenacity polyester/nylon Specialty fibers Recycled Fibers

Natural Fibers

Cotton Wool Silk Alpaca

Pricing & Availability

✓ Availability: Pre-Order
📍 Ships from: SURAT, Gujarat, India
⏱ Lead time: 6-8 Weeks
💬 Pricing: Contact for quote
📞 Response: 24 Hours

📩 Request a Quote → 📞 +91 98795 97041

Why request a quote?

Configurations vary by yarn type, denier range, and spindle count
Customizations for yarn material (cotton, polyester, viscose, technical) affect tooling cost
Power, utility, and foundation requirements differ by site — quoted after layout review
Installation, commissioning, and operator training scope vary by location

Typical response: 24 Hours

Why this product · key differentiators

Why Cone to Cone Assembly Winder

Independent per-position motor drive

Each of the 24 positions on the CW-250 runs its own drum motor, so a Dyneema break or package change at one spindle does not alter the winding tension or surface speed at any other — critical for a fiber whose near-zero elongation means tension errors translate immediately into package defects.

Optical break detection sized for ultra-high-tenacity fiber

The optical sensor and heavy-duty cutter combination reacts to the sudden, no-warning breaks characteristic of Dyneema, securing the end on the take-up package instantly rather than allowing a trailing end to abrade or contaminate adjacent positions.

Free yarn trial before purchase

Meera offers a free yarn trial on the CW-250 with your actual Dyneema specification before any purchase commitment, so you can verify package quality, speed settings, and tension parameters on your own fiber rather than relying on generic capability claims.

Why Global Manufacturers Choose Meera Industries

We believe that superior manufacturing equipment must do more than just perform a task; it must actively contribute to your bottom line, streamline your workflow, and empower your operators.

20 to 240,000

Denier supported

1 Million+

Spindles Sold

1000+

Customers Globally

19+

Years of Excellence

Certificates, Awards & Recognitions

Compliance & Certifications

Active certifications from accredited issuing bodies.

Trusted by Industry Leaders

🏆

TMMA R&D awards

Received consecutive TMMA R&D awards for innovation

🏆

R&D INNOVATION Award

🏆

Bhartiya Udyog Ratan Award

🏆

TMMA awards for TPRS technology

🏆

Indian Leadership Award

Presented to Chairman and Managing Director, Mr. Dharmesh Desai

MADE BY

Meera Industries Limied

★ 4.3 (33 Google reviews)

🏭 Founded 2006 · 20+ years

ISO 9001Make In IndiaBSE ListedDSIR Recognized R&D Center

About the Manufacturer → Visit Main Site ↗

★★★★☆ 4.3 based on 33 Google reviews

Customer Reviews

★★★★☆ 4.3 33 Google reviews

★★★★★

"Looks like a robust machine," that's what Sanjay said when the Two For One Twister showed up. He's not wrong. Been using it in our operation for months now, and haven’t found much to complain about—runs like a charm mostly. But stars of the show were Meera's support team when we hit a snag. They sorted the issue fast, and it wasn't some run-of-the-mill hiccup either. Saw these folks regularly at trade shows but wasn't sure till I tried their stuff myself. No regrets here except one thing—ordering spares could be less of a headache. Could do with some streamlining on that front.

Mitul Panchal · Jun 2026 via Google

★★★★★

Met a guy from Meera at a trade fair, and we talked over chai. Decided to try out their Bulking And Heat Setting Machines for our carpet yarn. The thing does a good job—handles all kinds of materials like polyester and wool without breaking a sweat. We've got it running almost daily with no hiccups. The support team deserves credit here. Had an issue with the temperature settings at first, but they were quick to sort it out. Honestly saved us some downtime. Only wish ordering spares was easier; bit of back and forth there. If you're considering these machines, ask them about setup specifics before diving in. They'll guide you well, but it's good to be clear early on.

Heta Vayeda · Jun 2026 via Google

★★★★★

50% less production time. That’s what Meera's Compound Twister delivered for us. We took the leap, and honestly, it paid off big. Always a bit skeptical with promises like that—but they backed it up. Installation was a little more back-and-forth than I’d hoped, but in the end, worth every email. Our processes really needed this kind of efficiency boost, and seeing direct cuts in energy consumption was huge too. If you're managing a midsize operation like ours, definitely have a look at them.

Het Desai · Jun 2026 via Google

Adjacent Solutions

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Proven Results

Trusted by Industry Leaders

★★★★★

"Meera machines have helped us achieve stable twisting quality with consistent long-term performance."

Sasmira Technical Head, Sasmira

★★★★★

"The precision and reliability of Meera twisting systems have improved our production efficiency significantly."

RopeWorx Production Manager, RopeWorx

★★★★★

"Meera’s machines deliver excellent yarn uniformity and dependable daily operation."

Superfil Products Limited Plant Head, Superfil Products Limited

★★★★★

"We value Meera for their robust machine design and prompt technical support."

SJS Operations Director, SJS

★★★★★

"Meera’s advanced winding technology has supported our quality and productivity goals."

SRF Senior Production Manager, SRF

★★★★★

"The machine performance and production consistency from Meera have been excellent."

Synthetic Group Factory Manager, Synthetic Group

★★★★★

"Meera machines are easy to operate and deliver reliable output every day."

Shree Tripati Balajee Agro Trading Company Limited Managing Director, Shree Tripati Balajee Agro Trading Company Limited

★★★★★

"With Meera, we have achieved better yarn quality and smoother production flow."

Shakti Production Head, Shakti

★★★★★

"Meera’s twisting solutions have helped us maintain superior product consistency."

Kolorus Technical Manager, Kolorus

★★★★★

"We appreciate Meera’s machine durability and excellent after-sales support."

Mutu Gading Operations Head, Mutu Gading

★★★★★

"The productivity gains we achieved with Meera machines have exceeded expectations."

PNR Plant Manager, PNR

★★★★★

"Meera machines offer outstanding precision for technical yarn applications."

Mehler Technical Director, Mehler

★★★★★

"Meera’s technology has improved both our production quality and operational efficiency."

Maris Production Manager, Maris

★★★★★

"The consistency and reliability of Meera machines make them a trusted partner for us."

Kusumgar Vice President – Manufacturing, Kusumgar

★★★★★

"Meera provided us with a dependable solution tailored to our production requirements."

Ruby Macons Ltd Factory Head, Ruby Macons Ltd

★★★★★

"We are highly satisfied with the smooth operation and quality output from Meera machines."

Kanpur Plastipack Operations Manager, Kanpur Plastipack

★★★★★

"Meera’s twisting machines have helped us maintain excellent yarn finishing standards."

Harmony Technical Head, Harmony

★★★★★

"The machine stability and production performance from Meera have been exceptional."

Fenner Production Director, Fenner

★★★★★

"Meera’s winding technology has supported our efficiency and quality improvement initiatives."

Faze 3 Manufacturing Head, Faze 3

★★★★★

"We trust Meera for precision engineering and consistent machine performance."

Corland Biomedical Technical Manager, Corland Biomedical

★★★★★

"Meera machines have delivered excellent operational reliability for our yarn processes."

Banswara Syntex Plant Head, Banswara Syntex

★★★★★

"The production consistency achieved with Meera machines has been truly impressive."

Bonus Operations Director, Bonus

★★★★★

"Meera’s advanced machinery has helped us improve both quality and productivity."

Dodhia Group Executive Director, Dodhia Group

★★★★★

"Meera is a dependable technology partner with strong machine performance and support."

AYM Syntex Vice President – Operations, AYM Syntex

★★★★★

"Meera’s twisting solutions have consistently delivered efficient and high-quality production."

Ganesha Ecosphere Ltd Senior Technical Manager, Ganesha Ecosphere Ltd

Get a custom proposal for your facility

Share your requirements — Meera's engineers will return a sized solution and indicative timeline.

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Service & Installation Coverage

Branches and installation support across:

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Cone to Cone Assembly Winder for Dyneema in Action — Photos & Video Demonstrations

Photographs and video of these machines in operation.

11 photos

Cone to Cone Assembly Winder for Spun yarns | Meera

Cone to Cone Assembly Winder for Aramids | Meera

Cone to Cone Assembly Winder for Carbon fiber | Meera

Cone to Cone Assembly Winder for PP | Meera

Cone to Cone Assembly Winder for PP Raffia | Meera

Cone to Cone Assembly Winder for Fibrillated PP Tapes | Meera

Cone to Cone Assembly Winder for Lycra | Meera

Cone to Cone Assembly Winder for Glass Fiber Yarn | Meera

Cone to Cone Assembly Winder for multi ply yarn | Meera

Cone to Cone Assembly Winder for Viscose | Meera

Frequently Asked Questions

Can the Cone to Cone Assembly Winder handle Dyneema at high speeds without causing yarn slippage or package instability?

Yes — the CW-250 Cone to Cone Assembly Winder processes Dyneema at speeds up to 750 MPM while maintaining package integrity. The anodized aluminum grooved drum provides precise traverse control critical for Dyneema's low-elongation, high-tenacity structure, and the washer tension device delivers consistent yarn tension throughout the build, preventing slippage and producing knot-less take-up packages weighing 7–8 kg.

How does the Cone to Cone Assembly Winder prevent yarn breakage damage when rewinding Dyneema's near-zero-stretch fiber?

The CW-250 uses optical sensor yarn break detection combined with a heavy-duty cutter that responds automatically the instant a break occurs, stopping the affected position before tension spikes can propagate. Because each drum is individually motor-driven, a break at one spindle does not affect neighboring positions, protecting Dyneema's ultra-high-tenacity structure from stress caused by uncontrolled over-run or sudden load transfer.

Is the Cone to Cone Assembly Winder the same as a cheese to cone rewinding machine?

Yes — Cone to Cone Assembly Winder and cheese to cone rewinding machine refer to the same product family. The CW-250 accepts both cheese and cone feed packages up to 250 mm diameter and rewinds onto cheese or cone take-up formats, so the naming difference simply reflects which feed-package shape the buyer is starting from, not a different machine model.

When should I choose the CW-250 Cone to Cone Assembly Winder over a shaft-driven winder for Dyneema rewinding?

Choose the CW-250 when rewinding Dyneema at production scale and minimizing downtime is a priority. Its individual-motor-driven drum system doubles production rate compared to a common shaft-driven winder and reduces overall cost by up to 40%, while eliminating the mechanical maintenance issues shaft-driven designs create. For Dyneema specifically, per-spindle motor control also allows speed tuning per position, which is valuable for a fiber with near-zero elongation tolerance.

What input package quality does the Cone to Cone Assembly Winder require to rewind Dyneema reliably?

The CW-250 accepts Dyneema supplied on cheese or cone feed packages up to 250 mm diameter and 4–5 kg in weight. Feed packages must be within that diameter limit to seat correctly on the machine. Beyond dimensional fit, Meera offers free yarn trials before purchase so feed-package condition and yarn count can be validated against the machine's tension and speed parameters before committing to production.

What output package quality can I expect from the Cone to Cone Assembly Winder when rewinding Dyneema for dye-house preparation?

The CW-250 produces knot-less take-up packages measuring 57 × 290 mm with a maximum diameter of 250 mm and a finished weight of 7–8 kg. The anodized aluminum grooved drum ensures consistent winding density across the package, and preset length control via the parameter panel allows uniform lot sizing — both factors directly supporting even dye penetration and repeatable results in downstream dye-house processing.

What goes wrong if winding speed is set too high for Dyneema on the Cone to Cone Assembly Winder?

Running Dyneema beyond the validated speed window on the CW-250 can trigger frequent optical-sensor yarn break detections, causing repeated automatic cutter activations and production stoppages. Dyneema's near-zero elongation means tension spikes from speed mismatches have no elastic buffer to absorb them, leading to hard breaks rather than yarn stretch. Meera's free pre-purchase yarn trial is the recommended step to establish the correct speed setting for a specific Dyneema count.

Also known as: cone to cone winder · cone winding machine · assembly winder machine · cheese to cone rewinding machine · yarn assembly winding machine · individual motor driven cone winder · high speed cone winder · optical sensor yarn break detection winder · grooved drum cone winder · blended yarn cone winder · low maintenance cone winder · soft winding overfeeder machine · multi position cone winder · energy efficient yarn winder · textile cone rewinder machine · package to package yarn winder

V2 · Application

Cone to Cone Assembly Winder for Dyneema Rewinding

What this page covers, at a glance

What product to use

Why Cone to Cone Assembly Winder is the right product for Dyneema

How It Works

Feed Package Loading

Tension-Controlled Traverse

Optical Break Detection and Cutter Response

Take-Up Package Build

Parameter Logging and Handoff

Industries Meera supports

Materials Cone to Cone Assembly Winder can process

Synthetic Polymers

Yarn Constructions

High-Performance Fibers

Natural Fibers

Pricing & Availability

Why request a quote?

Why Cone to Cone Assembly Winder

Why Global Manufacturers Choose Meera Industries

Compliance & Certifications

Trusted by Industry Leaders

Meera Industries Limied

Customer Reviews

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Trusted by Industry Leaders

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Cone to Cone Assembly Winder for Dyneema in Action — Photos & Video Demonstrations

Frequently Asked Questions

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