Glove Box is a closed work equipment widely used in laboratories that require a dust-free, contamination-free or safe environment. 

We are pleased to present a custom non-standard solution for a client in the titanium metal industry. This product features a double glove box design. On the far left side of the box, there is a fully opening door that connects to a flange, which interfaces with the customer’s gas cylinder containing powder. The powder is transported through a pipeline into the box for further packing. Once the packing is weighed, the contents are transferred through a transition chamber into the glove box on the right side. The right-side glove box has a sunk bottom, housing a vacuum machine that enables vacuum sealing of the measured powder.

This is our purification system glove box, the water oxygen value can be less than 1PPM. This is a glove box used in the laser industry, which needs to put a laser welding machine inside. The laser welding machine needs to be connected to the bottom of the box. The bottom of the box is made of a large plate, which can be connected to the customer's equipment. There is a side door on the left side of the box to facilitate customers to inspect and repair the laser equipment. The laser equipment needs to have a protection level. We replaced the tempered glass of the glove box with an acrylic plate. Its protection level is OD6+ and the protection wavelength is 1064. The laser equipment needs a glove box body, so the interface at the back of the box is specially designed and enlarged to facilitate customers' wiring through the laser welding glove box body.

This is a customized double-station glove box. They need to disinfect every corner inside the box, so they require our main door to be fully open. Here, we have added hydraulic rods on both sides, which can directly lift the glass surface to the outside. In this way, his field of vision is very good, so that there is no blind spot for cleaning. The customer also has an explosion-proof requirement, so we did not build their electric control system inside the box, but made it into a split type and placed it next to it, and made an explosion-proof electric cabinet to meet the explosion-proof level required by the customer.

This purification system glove box adopts a split design and is equipped with a purification column. Through internal circulation, the water oxygen value inside the box can be less than a PPM value. For general standard purification glove box systems, we all use large glass. The large glass surface is our normal pressure glove box, and for this box, the customer has the need for vacuuming, so the outside of the box has been strengthened, our observation window has been reduced, and there is a glove cover in front. When we are vacuuming, we close our glove cover and open our balance valve. This ensures that our gloves are not under pressure. At the same time, the inside of the box can be evacuated to a negative 0.1MPa.

The water oxygen value of this glove box can reach 1PPM. According to the customer's customization, we made a glove box with 4 workstations facing each other. There is a hole at the bottom of the box to connect the customer's equipment, so the electric control cabinet below is placed on the left side of the box, making a split purification system.

The biggest difference between this glove box and other conventional glove boxes is that the transition chamber has changed from a round one to a square one, which makes it convenient for our customers to transfer all materials from the glove box transfer chamber to the glove box at one time. The outer door of the transfer chamber is opened manually, and the inner door is air-supported and guided, which can slide up and down. The right side of the glove box is a customized cabinet made of acrylic magnetic door. If you need customization, please contact us.

This stainless steel is mainly to provide customers with a low-oxygen environment for oxygen-free welding. The glass surface of the glove box is large in size, and a transparent glass surface is also made at the front glove opening to facilitate observation of the inside of the box. This glove box only performs gas replacement to reduce the oxygen content in the box, so the glove box is equipped with a micro-pressure gauge with a detection range of ±2000Pa. A reserved buckle is made on the back of the box, which uses a special connection method to seal it and facilitate the customer's welding gun handle to pass through the box.

Customized multi-station vacuum glove box, a total of 5 glove boxes. The inlet and outlet of our glove boxes are all connected by flanges. Two of the connect transfer chamber have openings at the top and bottom, which can be connected to the equipment on the customer's side. The outside world can also feed the glove box during work. This set of glove boxes are all made of 304 stainless steel and can be vacuumed. The water oxygen value can reach about 300 PPM.

This 3D printing glove box can meet the needs of customers to perform 3D printing in a water-free, oxygen-free environment. The 3D printer is placed in the glove box. So how should the wires be connected to ensure our sealing? Here is a detailed introduction. It passes through our vacuum flange and is sealed by grouting between the splitters. This ensures that the 3D printer can work under sealed conditions when placed in our glove box.

The microscope is placed in the acrylic glove box. For better operation and observation, the front of the box is made into a multi-faceted zigzag, the glove opening is moved down, and there are doors on the left and right sides of the box. Since the microscope does not need to be taken out frequently after being placed in, a small door is opened on the left side to enter the material. On the right side is a side door that can be fully opened with a nut connection, which is convenient for placing our microscope without occupying the internal space. The left side of the box is customized for customers with a micro pressure gauge and flow meter. There are two KF40 interfaces on the top of the box to connect the water oxygen probe, and there is an inspection port on the back of the box.