Glove Making Machine

Why Choose Us?

Professional team

Zhejiang Deheng Machinery Co., Ltd. is a comprehensive machinery manufacturing enterprise integrating research, development, production and sales. There are more than 80 employees: 8 of them are R&D personnel, 10 are outstanding marketing personnel, and 5 are senior technical personnel.

Technological innovation

High quality products

The products produced by Deheng have passed IS0 9001:2015 and EU CE certification. the company has always worked hard towards the goal of continuous research and development of more automated equipment, and repay the support and love of our customers with more high-quality products and services.

Complete range of products

Our main products are focus on disposable apparel making machines: surgical gown production line, face mask production line,shoe cover making machine, head cover making machine, sleeve cover making machine , apron making machine, glove making machine.

Add to Inquiry

Disposable Non Woven Body Washing Glove Machine

This is an automatic machine to produce non woven spunlace body washing gloves with the high speed and stable running condition.

Add to Inquiry

Washing Gloves Machine

It's an automatic machine to make non woven washing gloves. The Product shape can be square or arc.

Add to Inquiry

Medical Glove Machine

It's an automatic machine to make non woven washing gloves.

Add to Inquiry

Disposable Gloves Machine

This disposable gloves machine is an automatic equipment to produce Platic gloves. It can tear the waste film automatically and pile up the gloves in batches.

Add to Inquiry

PE Glove Machine

This PE glove machine is an automatic equipment to produce Platic gloves. It can tear the waste film automatically and pile up the gloves in batches.

What Is Glove Making Machine

The machine specializes in the production of gloves made of HDPE / LDPE, which are widely used, e.g. hospitals, grocery stores, beauty salons and various production products, etc. Gloves covered by a very good hand against various bacteria and viruses. The machine body is made of steel, which ensures the machine's stability during operation even at maximum speeds. Stations with double unwinding, equipped with clutches for smooth regulation of tension of HDPE belts, two inverters controlling unwinding. In the machine operating the central drive controlling the function of mechanisms responsible for forming the glove. Material feeding is controlled by a stepper motor (servo drive) enabling precise adjustment of HDPE or LDPE tapes to the welding position and application product sorting point. It is possible to make the tool according to an individual design provided by the customer.

Performance of Glove Making Machine

It adopts micro computer contact screen to control, three-phase mixing motor to pull material, and producing piece number can be set up freely.

It is suitable for all kinds of moulds, easy operation.

It is suitable for producing HDPE and LDPE film into glove, which widely used in medical, restaurant and food filed for its convenient and healthy.

The size of glove mould can be customized for different standard as well.

Glove Manufacturing Machine Components: Three Types of Rotors for Stepper Motors

Permanent magnet rotor: The rotor is a permanent magnet that aligns with the magnetic field generated by the stator circuit. This solution guarantees a good torque and also a detent torque. This means the motor will resist, even if not very strongly, to a change of position regardless of whether a coil is energized. The drawbacks of this solution is that it has a lower speed and a lower resolution compared to the other types.

Variable reluctance rotor: The rotor is made of an iron core, and has a specific shape that allows it to align with the magnetic field. With this solution it is easier to reach a higher speed and resolution, but the torque it develops is often lower and it has no detent torque.

Hybrid rotor: This kind of rotor has a specific construction, and is a hybrid between permanent magnet and variable reluctance versions.

The rotor has two caps with alternating teeth, and is magnetized axially. This configuration allows the motor to have the advantages of both the permanent magnet and variable reluctance versions, specifically high resolution, speed, and torque. This higher performance requires a more complex construction, and therefore a higher cost. Shows a simplified example of the structure of this motor. When coil A is energized, a tooth of the N-magnetized cap aligns with the S-magnetized tooth of the stator. At the same time, due to the rotor structure, the S-magnetized tooth aligns with the N-magnetized tooth of the stator. The high number of teeth allows the motor to achieve a small step size, down to 0.9°.

Material of Disposable Gloves Produced by Glove Making Machine

It is usually identified by the letters PE. Very stable chemically, it is an excellent insulator for films and bags that come into contact with food.

There are two types of polyethylene disposable gloves, depending on the type of polyethylene used in their production: high-density PE (HDPE) and low-density PE (LDPE).

High density polyethylene (HDPE) is stiffer and harder than low density Polyethylene and is used for gloves that require the lowest costs (see the use at petrol stations or department stores). Low density Polyethylene (LDPE – Low Density PE) is a more flexible material, less rigid and therefore used for gloves which require a greater sensitivity and softer welds as for example in the medical field. The CPE or Cast PE is a formulation of Polyethylenes that, thanks to a calendering, assumes the peculiar roughened finish that allows a higher sensitivity and grip.

The Benefits of PLC Control Panel for Glove Making Machine

Programmable Logic Controllers (PLCs) are widely used in industrial automation systems to control machines and processes. They offer a number of advantages over traditional relay-based control systems, including increased flexibility, reliability, and ease of maintenance.

Flexibility: PLC systems can be programmed to perform a wide range of tasks, from simple on/off control to complex motion control and process automation. They are highly adaptable and can be easily reprogrammed to meet changing requirements.

Improved Reliability: PLCs are designed to operate in harsh industrial environments, with features such as built-in protection against electrical noise and temperature extremes. This makes them more reliable than traditional relay-based control systems.

Faster Response Times: PLCs are capable of responding to inputs and producing outputs much faster than traditional relay-based systems. This is because they use solid-state components and have faster processing speeds.

Greater Accuracy: PLCs are capable of very precise control, which makes them ideal for applications such as process automation and robotics.

Easy to Maintain: PLCs are modular in design, which means that faulty components can be easily replaced without affecting the rest of the system. They also have built-in diagnostic features that make troubleshooting easier.

Scalability: PLC systems can be easily expanded by adding additional modules or controllers, making them highly scalable.

Cost-Effective: While the initial cost of a PLC system may be higher than a traditional relay-based system, they are often more cost-effective in the long run. This is because they require less maintenance and have a longer lifespan.

Improved Safety: PLCs can be programmed to perform safety functions such as emergency shutdowns and machine guarding. This improves overall safety in industrial environments.

Remote Access: Many modern PLC systems can be accessed remotely, which allows for easier monitoring and troubleshooting.

Data Logging: PLC systems can log data on machine performance, which can be used for troubleshooting and predictive maintenance. This helps to reduce downtime and improve overall efficiency.
PLC systems offer numerous advantages over traditional relay-based control systems, including flexibility, reliability, ease of maintenance, and improved safety. With their fast response times, precise control, and scalability, they are an essential component of modern industrial automation systems.

Modules of Glove Making Machine

Welding module with a double foil feeding system. Unwinders for two rolls of jumbo HDPE/LDPE film placed in a vertical position, are equipped with couplings for smooth regulation of the HDPE belt tension, double inverters controlling unwinding.
Unwinders for two jumbo rolls of HDPE/LDPE film, set in a vertical position, are equipped with clutches for smooth regulation of the tension of the HDPE tape, and double inverters controlling the unwinding.

Double gloves welding module welding takes place on two sealing matrix which increases efficiency and improves work ergonomics.
Welding takes place on two dies simultaneously, which increases efficiency and improves work ergonomics.

Glove perforation module. This module perforates the gloves in the part of the wrist to make it easier to tear after hanging them on the stand.
This module perforates the gloves at the wrist to make them easier to peel off after hanging them on the stand.

Gloves heating module. The module spot welds gloves in one package (50-100 pieces) so that after opening the package with gloves they were in one position.
The module spot welds the gloves in one package (50-100 pieces each) so that when the package with gloves is opened, they are in one position.

Waste removing module. The foil that remains beyond the outline of the glove after welding is removed in an automatic cycle by special strippers.
After adding the option to the basic equipment of the device, it becomes a fully automatic device (waste removal after welding in an automatic cycle).

Importance of Glove Making Machine Maintenance

01/

Increased efficiency: Well-maintained glove making machines operate more efficiently, leading to higher productivity and lower energy consumption. They also produce more consistent products and create less waste.

02/

Cost savings: Regular maintenance can prevent costly breakdowns and extend the lifespan of equipment, reducing the need for frequent replacements. Unexpected downtime can be effectively reduced with regular glove making machine maintenance.

03/

Safety: Properly maintained glove making machines are less likely to malfunction, reducing the risk of accidents and injuries in the workplace.

04/

Compliance: Many industries have regulations and standards that require equipment to be properly maintained to ensure safety and environmental compliance.

05/

Reduce waste: Effective maintenance practices contribute to sustainability by minimizing waste, reducing energy consumption, and extending the life of valuable equipment assets.

06/

Planning and budgeting: When glove making machine maintenance is performed regularly, organizations can budget for known repairs and downtime, avoiding unexpected expenses and interruptions.

Our Factory

Zhejiang Deheng Machinery Co., Ltd. is a comprehensive machinery manufacturing enterprise integrating research, development, production and sales. It specializes in manufacturing a complete set of automatic disposable plastic non-woven fabric forming equipment.

DeHeng was established in 2019 with a registered capital of 10 million yuan and covers an area of 5,000 square meters. There are more than 80 employees: 8 of them are R&D personnel, 10 are outstanding marketing personnel, and 5 are senior technical personnel.

productcate-1200-600

Our Certificate

Deheng keeps up with the changes in international and domestic market demand, continuously optimizes and innovates product technology, and exclusively customizes and develops machines according to customer needs. Now it has more than 10 patents and product invention patents, and won the national high-tech technology enterprise in 2021. The products produced by Deheng have passed IS0 9001:2015 and EU CE certification; as a gold supplier of Alibaba and Made-in-China.com, it is our consistent aim and goal to continuously export high-quality products and services to the world.

FAQ

Q: What is glove making machine?

A: The machine specializes in the production of gloves made of HDPE / LDPE, which are widely used, e.g. hospitals, grocery stores, beauty salons and various production products, etc. Gloves covered by a very good hand against various bacteria and viruses. The machine body is made of steel, which ensures the machine's stability during operation even at maximum speeds. Stations with double unwinding, equipped with clutches for smooth regulation of tension of HDPE belts, two inverters controlling unwinding. In the machine operating the central drive controlling the function of mechanisms responsible for forming the glove. Material feeding is controlled by a stepper motor (servo drive) enabling precise adjustment of HDPE or LDPE tapes to the welding position and application product sorting point. It is possible to make the tool according to an individual design provided by the customer.

Q: What are the benefits of glove making machines?

A: By designing your machines so that they can be easily automated, you will see improvements in many areas of the manufacturing process. Some benefits include:
1- increases productivity
Manufacturers can achieve greater levels of output per shift.
2- minimizes product defects
Automating the machine means there is no need for manual inspections or interventions while it's running, meaning that errors are greatly reduced.
3- reduces labor costs
A machine designed for automation can allow you to cut down on labor costs by reducing the need for human intervention while it's running.
4- increases agility
An automated manufacturing cell allows you to adjust your manufacturing process on the fly. If you have a change in demand, you can increase your production levels quickly.
5- increases flexibility
An automated manufacturing cell allows you to perform multiple tasks at the same time, making it easy for you to switch from one product or task to another.

Q: What type of motor is used in the glove making machine?

A: A stepper motor is an electric motor whose main feature is that its shaft rotates by performing steps, that is, by moving by a fixed amount of degrees. This feature is obtained thanks to the internal structure of the motor, and allows to know the exact angular position of the shaft by simply counting how may steps have been performed, with no need for a sensor. This feature also makes it fit for a wide range of applications.

Q: What are the manufacturing specifications of the glove making machine?

A: Manufacturing specification is a blueprint entailing different processes and components involved in product manufacturing. A manufacturing specification is like a template that can be replicated for manufacturing products with the same quality and consistency.

Q: What is the principle of glove making machine?

A: Principle of a glove making machine: The work output of a machine is equal to the work input. All machines work on the principle that when the effort is smaller than the load, it has to move a greater distance in order to achieve the same work.

Q: How is glove making machine made?

A: Some important processes for the glove making machine are forging, stamping, bending, forming, and machining— which are all used to shape individual pieces of metal.

Q: What is the process of making a glove making machine?

A: Making a glove making machine is a relatively simple and straightforward process. Large machines (and small ones) are made up of smaller parts and sub-assemblies. Making each of these parts can usually be broken down into a series of tasks and operations.

Q: What is the procedure for glove making machine maintenance?

A: Glove making machine maintenance can include regularly scheduled service, routine checks, and both scheduled and emergency repairs. It also includes replacement or realignment of parts that are worn, damaged, or misaligned. Machine maintenance can be done either in advance of failure or after failure occurs.

Q: What material of disposable gloves can be processed by the glove making machine?

A: It is usually identified by the letters PE. Very stable chemically, it is an excellent insulator for films and bags that come into contact with food.
There are two types of polyethylene disposable gloves, depending on the type of polyethylene used in their production: high-density PE (HDPE) and low-density PE (LDPE).
High density polyethylene (HDPE) is stiffer and harder than low density Polyethylene and is used for gloves that require the lowest costs (see the use at petrol stations or department stores). Low density Polyethylene (LDPE – Low Density PE) is a more flexible material, less rigid and therefore used for gloves which require a greater sensitivity and softer welds as for example in the medical field. The CPE or Cast PE is a formulation of Polyethylenes that, thanks to a calendering, assumes the peculiar roughened finish that allows a higher sensitivity and grip.

Q: What is the primary goal of glove making machine?

A: The end glove making machine is to increase production capacity while reducing costs. Electromechanical systems can be programmed to perform a variety of tasks, and automation is particularly helpful for repetitive tasks or tasks that require extreme precision.

Q: What is the daily maintenance of glove making machine called?

A: Routine maintenance are maintenance activities such as regular inspections or machine servicing. Routine maintenance is done on a regular basis, whether that be daily, weekly, monthly, or yearly. Routine maintenance is an important part of keeping systems up to date and functional.

Q: What is the general production cycle for manufacturing machines?

A: The production cycle is the process of converting raw materials into finished products. It involves several steps, including planning, sourcing materials, manufacturing, quality control, packaging, distribution, and customer service. Production cycle analysis can offer several benefits.

Q: What are the functions of glove making machine?

A: Glove making machine lower operating costs while improving product quality. Machines can manufacture products faster and more accurately than human workers. But these systems aren't necessarily replacing those workers. They're just freeing up employees to focus on tasks that add more value.

Q: What is a glove making machine programmable logic controller?

A: Programmable logic controllers (PLCs) are industrial computers, with various inputs and outputs, used to control and monitor industrial equipment based on custom programming.
PLCs come in many different sizes and form factors. Some are small enough to fit in your pocket, while others are large enough to require their own heavy-duty racks to mount. Some PLCs are more modular, with only basic I/O (Inputs and Outputs), but can be customized with additional back planes and functional modules (such as analog I/O, communications modules, or display modules) to fit different types of industrial applications.

Q: Why buy glove making machine?

A: Boost in performance or throughput
Glove making machine works at a greater speed thus enhancing the productivity of the glove.You will create more glove within a specific series of time using an glove making machine.
Renovation in top quality
You will likewise create really top notch types of glove as the glove making machine has higher quality predictability.
Improved effectiveness
You will certainly likewise boost the effectiveness or uniformity of the product making process utilizing the machine. Apart from that, you will also boost or enhance the consistency of the glove you are making.

Q: What is the efficiency of glove making machine motor?

A: A glove making machine's performance compares the number of products it creates every hour with its ideal production rate. You can divide the ideal cycle time by the actual cycle time to calculate a performance score for your equipment.

Q: What are the four types of glove making machine maintenance?

A: There are different types of glove making machine maintenance: Reactive, run-to-fail, corrective, preventive, predetermined, condition-based, predictive, and prescriptive. Machinery maintenance can contribute to a safer workplace and help a company save money in the long run.

Q: What are the safety devices used in glove making machine?

A: Safety controllers, relays, and modules control many of the other safety devices mentioned in this article. They're the brains of the operation, ensuring safe start and stop functions for hazardous machines. Relays and modules control things like safety light curtains, switches, and safety mats.

Q: Why do need glove making machines?

A: Glove making machines save humans time by performing tedious tasks in much less time. Tedious and repetitive tasks could be a thing of the past.

Q: What are the performance features of the glove making machine?

A: 1.It adopts micro computer contact screen to control, three-phase mixing motor to pull material, and producing piece number can be set up freely.
2.It is suitable for all kinds of moulds, easy operation.
It is suitable for producing HDPE and LDPE film into glove, which widely used in medical, restaurant and food filed for its convenient and healthy.
3.The size of glove mould can be customized for different standard as well.

We're well-known as one of the leading glove making machine manufacturers and suppliers in China. Please feel free to buy or wholesale high quality glove making machine at competitive price from our factory. Also, customized service is available.

PE Glove Machine, Washing Gloves Machine, Disposable Gloves Machine