Glove Stripping Machine

Glove Stripping Machine

Product Description

Driven force comes from the main chain by force passing device. This device has separate system for emergency stop. The force passing not only pass the force but also keep the speed of the line and stripping machine.

Glove Stripping Machine Product Description

Uses for: Gloves production line strip the gloves from moulds

Features: Operating simultaneously with the production lines, with no motor, smoothly operation, low noise. Gloves can completed one-time from joint hand model, inflatable flanging, manipulator expand, manipulator move outward to off gloves, etc. 

Advantages: High speed of stripping, less operator, low production costs, high product quality and pass rate, can replace the manual completely.

Power take-off frame output power through the main chain. There is a separation device on the force-taking frame. The Gloves Stripping Machine can stop working in an emergency situation. The power output of the take-off frame is transmitted to the ejector. When the stripper rotates and matches the line speed, the glove is partially removed.

Glove Stripping Machine Advantages

1, stable operation and high stripping efficiency

2, low failure rate

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About Glove Stripping Machine Technology

TECHNIQUES Of Glove Stripping Machine

Right Here, Feng Wang will show you the 5 Stripping methods in the market. These strategies can also be considered for dipped products other than gloves, such as bags, condoms, catheters, balloons, etc.Choice techniques for every application will certainly depend upon several factors.

1.Pressure Pad/ Rotating 

BrushesThis technique is utilized mostly for a "straight-off" stripping of a dipped product. For the glove industry, one will discover this method used to strip supported industrial work gloves.

Commonly, a pair of supported pads (to shield ceramic formers) would frame the glove former as it passes, using a two-axis movement (capture as well as drop), which through pressure, will certainly allow the glove to loosen up and be devoid of the mold, for deposition onto a conveyor or lug bin.

A similar technique utilizes a pair of revolving brushes, which enclose the former.

The brush method typically includes using one-axis motion only (brush turning) to achieve the strip. Nevertheless, a 2nd axis can suit various dimension formers getting in the same brush system. This second axis is usually accomplished by using pressed air or mechanical springtime to enable the brush to adjust to the differing former sizes.

The turning brush technique is hardly ever employed with glove stripping and is extra for "straight-off" stripping of balanced dipped products, such as prophylactics and plaything balloons.

2. Water Jet

Though not a popular choice for glove stripping, using water jets can allow gloves to be immediately removed from mold and mildew if the "straight-off" technique is wanted. The primary negative aspect of this strategy is that the glove becomes damp, which demands even more attention to glove collection and downstream drying out.

The author has specified using water jet systems for backup stripping when requested.

 In this layout, the real automatic stripping is first performed by "completely dry," which means generally stripping station. If gloves are missed (a regular event), the water jet( s), located in the previous cleaning terminal, would expel gloves from the mold and mildew onto a screen inside a control storage tank. Usually, the gloves removed using this backup method are considered as Scrap.

Using water stripping is extra typical for use with balanced products such as condoms and toy balloons.


3. 100% Compressed 

AirIf getting rid of support gloves using a "straight-off" technique, one of the most trusted approaches is by compressed air, which normally requires significant volume and pressures to accomplish the strip. This method can be used effectively if the manufacturer is chlorinating both glove sides downstream. Or else, the structure of the mold is moved over to the within the glove, which is typically not the preferred outcome. Additionally, when utilized, the outside of the glove would represent the side of the glove, having seen most effects of the healthy protein laundry terminal. This suggests that the inside of the glove, which is beside the individual's skin, would certainly be the side not seeing the results of the protein laundry.

The use of the "straight-off" method using air has the advantage of being a low cost in capital expense. Nonetheless, operational prices are commonly thought about as high.

4. Mix Air/Mechanical

This innovation is used in this product of Fengwang. It is also one of the different secondhand technologies in the market. It incorporates using pressed air and a mechanical grasp, which has been developed for turning around the glove throughout the choice to minimize downstream product handling.

The strategy is most commonly utilized with constant chain lines. A crucial consideration is that of line speed and the capability to integrate the device with the activity of the line. The system revealed accomplishes that with mechanical tailoring combined with the conveyor chain. A 2nd approach for synchronization would be to achieve this online by connecting pulses to the conveyor drive motor.

This technique (first verified in production in the late 1980's) utilizes a 3 action approach as it adheres to;

- First, engage a set of fingers to "hold" the glove at the center finger area of the previous.

- During the involvement of the mechanical finger, a blast of air is established at the cuff location (effective for both handmade and non-beaded gloves) to ensure that the movie begins to relocate down the mold. The "holding" gadget protects against the fingers from inflating, which, together with the air blast, permits the cuff location to turn around on itself, with the cuff location surrounding the mechanical fingers.

- Thirdly, the mechanical "grasp" fingers cam away from the former, leaving the glove cuff free to be eliminated with the last collection of revolving brushes right into a vacuum shipment system or relocating conveyor. This efficiently fully turns around the glove.

- This method has been taken into consideration as a reliable approach in stripping all-natural rubber latex gloves. I think it reasonable and precise to claim that this details modern technology have had restricted success in conjunction with other polymers, such as nitrile and neoprene.

Financial investment funding price and operational price for this modern technology are thought about in the moderate range.

5. Full Mechanical Pick Technique

Common sense would certainly notify us that the best activity to simulate for automatic stripping would certainly be that of the human movement. This method involves the automation simulation of that idea. The gadget generally employs the use of 3 axes for both batch machine as well as chain machine applications.

The trick to its success is that of accurately engaging the "finger grasp device" to the grain on the glove or inside the glove's cuff. This precision is frequently achieved by a roll-down brush adhered to by mechanical finger interaction in the cuff area, adhered to by a roll-up brush back over the fingers. Both mechanical fingers are now placed between the glove film and the former. Hereafter initial step is accomplished, the system can be relocated up and down in a downward stroke to properly turn around the glove and remove it from the mold.

This method has even more global attract various sorts of polymers, consisting of natural rubber latex, nitrile, neoprene, and PVC.

However, the primary downside to this technology is that funding acquisition expense is typically high. In addition, ongoing upkeep costs produce modest to high operational prices too.

This strategy is versatile to set dipping systems or chain dipping systems.

If you have any questions, you can always consult us. You will get an answer in the shortest possible time!


The following aspects have to be examined before advancing into the design and the automatic stripping execution stage. A short discourse on each factor will certainly aid the reader in analyzing their own factory situation.

1.Kind of Machine

Two key kinds of dipping units are employed in production manufacturing-- batch and the continual chain. The technique used for automatic stripping will certainly vary according to the general overall type or machine used. Public access right into the previous rack or individual former is a factor to consider and should be examined.

A set machine frequently employs pallets gauging 1.5 by 3 meters, including a previous thick pack. The secret to considering automatic stripping in this setting is access to all formers. The most effective condition for batch machines is those where specific previous "strips" (consisting of several formers) are separate from the pallet, which makes it possible for complimentary and clear gain access for the automation.

The key factor to consider for chain lines is former orientation and chain speed. For non-rotating former chain lines, the orientation of the molds is already accomplished, creating a suitable auto stripping problem. However, revolving former lines, which are one of the most common types used in Asian manufacturing facilities, require adapting a former positioning system when entering into the automatic gadget. This can be completed with a "provider talked" or "D" cam gadget (machined flat surface on a round bar), both of which contact and slide across a smooth surface area to stabilize the mold and mildew.

2.Type of Glove and Sizing

In general, sustained gloves utilize the "straight-off" methods, and unsupported gloves demand readily available "glove turnaround" methods. However, there are some exemptions to unsupported gloves, which can mandate the "straight-off" method.

In general, ambidextrous gloves are less complicated to strip than hand particular ones, considering the turnaround technique. The sticking out thumb on a medical glove can produce a stubborn strip unless using the appropriate method. Another consideration for certain hand gloves is straight finger versus rounded fingerstyle. The most complex mix would be a curved finger surgical-mold, produced on a continual chain conveyor. 

3.The type of polymer used will certainly also significantly sway the option method.

The basic order of automatic stripping intricacy by glove polymer list for in need of support gloves, Fengwang believes that, is as complies with, listed from simplest to hardest; 


1 Natural rubber latex


3 Nitrile

4 Neoprene

5 Styrene butadiene

6 Silicone


7 Polyurethane

4.Former Shape and Texture

Mention have already been made to consider ambidextrous gloves (formers) versus hand-specific gloves (formers). Nevertheless, one more key to auto stripping efficiently lies in the previous Shape and texture.

For natural rubber exam gloves, a more "tapered" mold shank from cuff to wrist location works much better for certain strip strategies, specifically the combination air and mechanical strategy. The other essential area of the mold and mildew is the thumb alignment or protrusion. A more progressive 1, sloping" thumb allows the glove to function its way over the mold and mildew extra easily, versus a sharp bend at this area.

A minimal consideration, at the very least for all-natural rubber products, is that of glove texture. In general, all previous surfaces can adjust well for needing support natural rubber glove previous appearances used, consisting of unglazed, spray bisque, and glazed. Nonetheless, for artificial polymers such as silicone and also polyurethane, a previous glazed surface will certainly do much more regularly for elimination strategies, both hands-on and also automatic.

5. Glove Sizing Management

This aspect might not influence much of the participants of this meeting. As a whole, most current chain lines in Asia are devoted to one glove size. This is the most simple problem to attend to automatic glove stripping. Some of these machines (revolving form-- over and under chain) may employ one dimension former on one line side, with an additional size previous on the other machine side. This likewise stands for a good problem.

Nonetheless, larger volume machines (the writer's company has designed machines with volumes of approximately 60,000 pieces per hour) typically include numerous gloves sizes on the very same system. For that reason, two additional factors to consider should be provided to this problem;

- The technique used should be able to adapt to various former dimensions coming through the system.

- After the automatic stripping is finished, size sortation has to be thought about, which can be completed by hand by a solitary operator or by additional automatic methods.


6. Polymer Formulation

One word of caution to any person taking into consideration execution of automatic stripping modern technology to their plant-- be prepared to modify your latex as well as coagulant formulations, if necessary. The writer is not qualified to comment on specifies of formulation adjustment. Nevertheless, we have typically seen our consumer base need some alteration to their solution to stay clear of glove tearing (if using compressed air resources as part of the strategy) and simplicity of release from the mold. The amount of mold and mildew launched in the coagulant may call for adjustment.

7. Existing Level of Formulation Reliability and Equipment Reliability

This is essential-- crucial-- key. The author can not stress sufficient the value of constant glove production in a hand-operated stripping environment before buying automatic innovation. Irregular solution administration in film properties from day to day, machine to machine, etc., can permit the auto strip modern technology to function some days and fail on other days. For instance, if the level of calcium carbonate in the coagulant changes, auto strip effectiveness can drop.

On the machine side, one vital efficiency figure is that of "good grains (rolled cuffs)." If the grain roller device on the machine misses out on beads every so often, you can expect the auto strip device to do the same. Auto stripping performance will certainly endure if the system oven performance rises and falls, therefore triggering the basic state of treating to reduce. Generally, auto stripping jobs best with a much more highly treated glove.

You must consider on your own a prospect for automatic stripping innovation just if your day-to-day machine, as well as formula efficiency, is consistent as well as dependable.

APPLICATION OF Glove Stripping Machine

After identifying that they meet all requirements for the automation organization, they need to be prepared to exercise perseverance during execution. Initially, the first stage of the examination, which is proper recognition of technology, needed to occur by on-site research on the part of the automation company. After a detailed assessment of the application and other elements, anticipate a layout stage to occur if the automation provider has currently provided innovation to other companies. Here prosperous insinuates that every plant can vary in machine conveyance, type, speed, and precise formula. Glove treatment at the strip station is crucial for reputable efficiency. The automation equipment is made and put together for installation at the individual's plant. Setup of the innovation typically would call for from 3 to 7 days to complete. The commissioning stage of modern technology in the area wherein the customer needs to exercise persistence. Numerous adjustments to the technology are generally necessary. As previously stated, it might be imperative for the formula to change to aid trustworthy take-off of the glove.

Glove Stripping Machine