Head Cover Making Machine & Complete Production Solutions
Designed for manufacturers producing disposable head covers for healthcare, food processing, laboratories, cleanrooms, and general hygiene applications. Deheng head cover making machines support common nonwoven head cover formats while allowing production to adapt to different sizes, materials, packaging requirements, and output targets. Whether you are launching a new disposable product line or expanding an existing hygiene business, the solution helps simplify equipment sourcing, improve production consistency, and build flexible manufacturing capacity around changing market requirements.
Tailor-Made Solution
Configure the machine around product format, material, output, and production requirements.
Flexible Product Range
Support different head cover sizes, materials, elastic configurations, and packaging formats.
Production Consistency
Designed for stable forming, sealing, and cutting to support consistent finished products.
Installation & Support
Receive equipment guidance and technical support from project planning through production setup.
Separate PE and Nonwoven Sleeve Covers at the Start
The finished product determines the web handling, elastic or cuff welding and sealing method. Select the product family before discussing speed or optional functions.
Bouffant Caps
Round elastic-edge nonwoven caps produced through feeding, elastic sealing, forming and cutting.
Doctor Caps with Ties
Shaped nonwoven caps with tie closure, formed through folding, ultrasonic welding and cutting.
Elastic-Band Doctor Caps
PE Shower Caps
The Production Route Changes with the Head-Cover Type
1 · Roll Material Feeding
Unwind and guide nonwoven or PE film on the platform designed for the target cap.
2 · Elastic or Tie Material Feeding
Feed elastic for gathered caps or prepare tie / elastic closure material for doctor-cap configurations.
3 · Folding & Web Forming
Create the required web fold and cap geometry before welding.
4 · Ultrasonic / Material-Appropriate Welding
Join the cap structure using the sealing method matched to the material and product design.
5 · Cap Forming & Cutting
Form and cut the approved bouffant, doctor or shower-cap shape.
6 · Counting & Output
Transfer finished caps for inspection and controlled collection.
7 · Optional Integrated Packing
Selected bouffant-cap lines can count and pack caps; confirm bag quantity, film and sealing scope.
Running Video Reference
This running video is a plastic oversleeve reference. Request the matching nonwoven-machine video when evaluating DH-WXT001.
Match Sleeve-Cover Production to the End Market
A factory serving food processing may prioritize PE film, while medical, clean manufacturing or general hygiene buyers may specify nonwoven or laminated materials.
PE Oversleeve Production
Configure the DH-XT001 reference around film grade, thickness, sleeve size and elastic fit.
Nonwoven Sleeve Production
Configure DH-WXT001 around spunbond basis weight, lamination, cuff and weld quality.
Multi-Customer OEM Orders
Plan sample approval, repeatable settings and inspection criteria for different buyer specifications.
Capacity Expansion
Match the new line to existing material feeding, inspection, counting and packing capacity.
Product-Size Development
Check the supported adjustment range before promising new sleeve lengths or widths.
Packing-Line Integration
Coordinate finished discharge and bag quantity with manual or automatic packing requirements.
Engineering Support from Product Definition to Start-Up
Confirm the finished product and acceptance standard before finalizing the equipment scope. Warranty and after-sales terms remain under “Why Choose Deheng.”
01 · Product Sample & Material Review
Confirm the finished product, dimensions, material structure, roll specification, elastic or tie requirement and packaging format.
02 · Machine & Module Selection
Match the correct standard platform and optional functions to the required finished product and target output.
03 · Layout & Utility Planning
Confirm line footprint, operator and material access, electrical supply, compressed air where required and packing area.
04 · Material Test & FAT Criteria
Agree on test material, finished-product dimensions, seal quality, output target and pre-delivery acceptance method.
05 · Installation & Commissioning Plan
Define remote or on-site support scope, buyer site readiness and start-up responsibilities in the proposal.
06 · Training & Technical Documents
Confirm drawings, electrical information, operation documents, maintenance guidance and training requirements before shipment.
Evaluate the Supplier Behind the Machine
Base supplier evaluation on verifiable company and machine evidence, then confirm service, testing and certificate scope in the final order.
Tailored Solutions for Your Products
We design nonwoven production machines around your product specifications, material, output requirements and factory conditions. From a single machine to a complete production line, our engineers help you select the right configuration for practical and efficient production.
Experienced in Manufacturing
Our equipment is developed for a wide range of disposable nonwoven products, including surgical gowns, patient gowns, masks, caps, shoe covers, aprons, bed sheets, underpads and other products. This experience helps us understand the different forming, cutting, folding, welding and assembly requirements behind each product.
Designed for Stable Production
Reliable production requires more than high machine speed. We focus on stable material feeding, accurate cutting, consistent ultrasonic welding, precise positioning and easy-to-use control systems to help maintain consistent production performance during continuous operation.
Flexible Automation Options
Production requirements vary from one factory to another. Our machines can be configured for different product sizes, materials, production capacities and automation levels, allowing manufacturers to start with a practical setup and expand their production capabilities as demand grows.
Tested Before Shipment
Every machine is assembled and tested before delivery. Key functions such as material feeding, cutting, welding, forming, counting and control systems are checked according to the machine configuration. Production testing and running videos can also be provided before shipment.
Complete Project Support
Our support goes beyond machine manufacturing. We can assist with production process planning, factory layout, machine installation, commissioning, operator training and maintenance guidance, helping you move from equipment purchase to actual production more smoothly.
Global Delivery & Technical Support
We support international machinery projects with export packaging, shipping preparation, technical documentation and installation guidance. After delivery, our team remains available for remote troubleshooting, parameter adjustment, spare-parts support and other technical assistance.
Built for Long-Term Production
A production machine is a long-term investment. We focus on practical machine design, accessible components, maintenance support and scalable configurations so your equipment can continue supporting production as your product range and capacity requirements develop.
Built on Real Projects and Long-Term Partnerships
Our experience is built through real production projects, customer visits, exhibitions and long-term cooperation with manufacturers around the world.
From the first discussion to machine delivery, installation and production support, we work closely with our customers to develop practical nonwoven machinery solutions for their products and production needs.
Explore moments from our customer visits, exhibitions and production sites to see the people and projects behind our machines.
Sleeve Cover Machine FAQ
Still can’t find the information you want? Don’t hesitate to contact us.
Deheng publishes separate models: DH-XT001 for plastic oversleeves and DH-WXT001 for nonwoven sleeve protectors. Do not assume one machine covers both material families unless a combined capability is confirmed in writing.
The PE DH-XT001 page lists 130–150 pieces per minute. The nonwoven DH-WXT001 page lists 60–120 pieces per minute. Stable output must be confirmed with your material, size and weld criteria.
The published PE machine description states it can handle high- and low-density plastic film. Send the exact film grade, thickness, roll width and sealing test material for confirmation.
Deheng states that DH-WXT001 can handle spunbond and laminated fabric. Basis weight, lamination structure, roll details and weld behavior still need to be tested.
Both model pages show a 400 × 220 mm product reference. Treat this as a published reference, not a guaranteed full size range; send drawings for every required SKU.
The process includes roll feeding, elastic welding, cuff or edge welding, side welding, forming and cutting. The exact sequence differs by material and product structure.
PE film or suitable laminated material may support a water-resistant finished product, but the claim depends on material, weld continuity, product design and testing rather than the machine name.
Check finished dimensions, elastic tension, opening size, side-seam quality, cut position, appearance, stable speed and collection behavior using agreed production material.
Provide product material, basis weight or film thickness, finished dimensions, elastic and cuff specification, roll data, target output, utilities and packing requirement.
Compare the correct material platform, stable tested output, supported size range, welding configuration, controls, FAT scope, packing interface, training, warranty and spare parts.
How Can We Help You Grow Your Production?
Partnering with us, you will benefit from:
- Expertise: Years of experience in nonwoven disposable product machinery and production solutions.
- Custom Solutions: Tailored equipment and production-line configurations based on your products, materials and capacity requirements.
- Complete Support: Process planning, factory layout, installation, training, spare parts and responsive after-sales support.
- Productivity: Reliable automation designed to improve production efficiency, reduce manual operations and support consistent output.