Digital Micro Balance Precision Electronic Balance Scale 0.001g 0.1mg Laboratory Scales Analytical Balance

1.High Precision- Our Science Digital Scale is equipped with a high precision strain gauge sensor, enabling it to provide quick and accurate weight measurements. It also has a large capacity and can provide a weight measurement ranging from 0.01 g/0.0005 oz. to 600 g/21 oz.
2.Multiple Units Of Measure- Our Lab Scale supports 7 units of measure for your convenience. The supported units of measure include: Ounce (oz), Gram (g), Carat (ct), Pennyweight (dwt), Tael troy (T), Grain (gn), and Piece counting (pcs). It also features a 3.9 inch dia stainless steel weighing pan (removable for cleaning), bubble level embedded in the base, and adjustable non-slip leveling legs.
3.Power Supply- This Gram Scale 0.01g Accuracy has multiple power supply options. It can be charged with a USB cord (included) for mobile use. It can also be plugged in with a USB cord + AC/DC adapter (included). Additionally, it can be powered with 2 x 1.5V AA batteries (batteries not included).
4.Lcd Display- Our Electronic Scale for Science Lab features a large 1 inch, backlit LCD display to provide bright, clear, easy-to-read data. Avoid the difficulty of working with an analog or dark scale and increase the speed and reliability of your work with this fully digital scale.

Feature

• Weighs in g, ct, lb, oz, d, GN, ozt & dwt
• 6 digit backlit LCD display
• RS-232 and USB interfaces
• Can be stacked for storage and transportation and includes a removable 132Øx100mm draft shield
• Audible overload indicator and capacity tracker
• Counting, percentage weighing & accumulation functions
• Lock down mounting slot for Kensington™ type lock and cable
• Dual tare keys, colour coded for easy recognition
• Internal rechargeable battery with auto power off and low-battery indicator

Feature:
 

FA function: 

★ Electromagnetic force sensor
★ Cast aluminum housing/large space wind shield
★LCD LCD display
★ Full scale peeling/counting/unit conversion (g/mg/ct/oz)...
★ Sensitivity/speed adjustable/percentage weighing
★ Overload alarm/fault alarm/level indicator
★ Optional: lower hanging weighing/p

The production of the lautoclave sterillization machine introduce
1.Start by the blanking process for the metal part

Normally the house of the autoclave sterillization machine medical was made by the steel or stainless steel of type as 316
The part was beginning as the blanking
1.Laser blanking machine capacity :8000*2000*10mm 
2.We had about 15 pcs of the laser cutting machine in blanking workshop ,name from No1 to No 15,
3.6S fully carry out in our workshop according to the iso13485,
4.All of the raw material can be Traceability

The press brake machine is a powerhouse in the metal fabrication industry, providing an efficient and successful method to bend sheet metal into different forms
To form the metal part into the shape we need ,the first part was by the bending press and the bending die

 

Stainless Steel :Provides great strength and resistance to corrosion, but its greater spring back the ability to revert to its original shape after bending means that it must be handled carefully. 

 

High Temperature Autoclave Machine need the bracket for the motor and metal stamping part for the housing and electric connect part,The progressive die stamping can give out the huge volume and low cost for the Surgical Instruments Autoclave Steam Stainless Steel Sterilization Machine Lab Equipment machine spare metal part.

The Medical Sterilization machine need a lot of welding ,to imporve the capacity and welding quality we introduce the welding robot machine instead of labor human welding
1.QTY of the welding robot :23pcs
2.Capacity of the welding robot :500A
3.Work station:2000*1500mm

Plastic part was one part of the  Horizontal Universal Drying Oven 
We had about 10 sets of the plastic injection work for the Lab Universal Drying Oven
1.The capacity for plastic injection machine was :1000*850*750mm
2.The max ton for plastic injection machine was 1000T

The 6S was fully carry out in our warehouse with the ERP system 
1.We need to know how many part in our warehouse
2.We need to anticipate the part when to full fill in for all the benchtop Autoclave with Drying Function Water Storage Tank 

The rotor was the key part for the Universal Drying Oven ,to make it perfect especial for the Universal Drying Oven Equipment ,we need to control the tolerance of the rotor very tight,that was why we introduce the High Temperature Universal Drying Oven
1.CNC QTY:15PCS
2.Tolerance for CNC machine :0.01mm

All  Multifunction Steam Sterilization Machine need to be test before transfer it to the warehouse.

Customer review our Laboratory Universal Drying OvenMachine workshop,We were welcome all of our customer to visit our company to review and test theUniversal Drying Oven for Organisms, Medical, Chemistry,Our business vision was :long term business ,win-win for the future

Warehouse and stroage for the medical Medical Sterilization Machine,the temperature should be control within 18-25° for all equipment and test machine ,all the record can trace within 3 years.
 

The maintain and repair guarantee for the Medical Sterilization Machine workshop was the key to the business ,when a customer bought a machine from us ,the guarantee was the most importance things customer concern.we sent out technical service team to oversea customer site for the maintain and repair for our customer .Our service for the lab equipment was not stop after the Vacuum Steam Machine Machine sold ,it was the start for our company and your company for win win situation .You use the Vacuum Steam Machine Machine we take care of the rest.

We take part into the MedtecChina Canton Fair (The China Import and Export Fair) exhibition every year ,hope one day we can meet each on the fair

The supplier and the customer was togeher for the future ,both parties should be in win-win situation ,so we were looking forwarder to hold hand by hand for bright future.

Vacuum drying ovens are indispensable tools in laboratories and industrial settings, offering efficient drying capabilities while minimizing the risk of damaging sensitive materials. 

The size of the vacuum drying oven you need depends on your specific requirements and the volume of materials you plan to dry. Here are some factors to consider when determining the size of the vacuum drying oven:
1.Sample volume: Consider the quantity of materials you need to dry in a single batch. If you have large samples or need to dry a significant volume of materials simultaneously, you will require a larger oven.
2.Available space: Evaluate the space you have in your laboratory or work area. Make sure the vacuum drying oven you choose fits comfortably in the available space without obstructing other equipment or workstations.
3.Sample size and shape: The size and shape of your samples will also play a role in selecting the appropriate oven size. Ensure that the oven's chamber dimensions can accommodate your largest samples without crowding.
4.Throughput and efficiency: If you have a high volume of samples that need frequent drying, you might consider a larger oven with faster processing capabilities to improve efficiency.
5.Future needs: Think about potential changes in your workload or expansion of your research. Selecting a vacuum drying oven with some extra capacity may be beneficial if you anticipate an increase in the volume of materials you'll need to dry in the future.

Here are some common temperature ranges you might encounter with vacuum drying ovens:

1.Low-temperature range: Some vacuum drying ovens have the capability to operate at low temperatures, typically starting from room temperature (around 20°C or 68°F) and going up to 100°C (212°F). These ovens are used for drying heat-sensitive materials that may degrade at higher temperatures.
2.Medium-temperature range: Many vacuum drying ovens have a medium-temperature range, which spans from around 100°C (212°F) to 150°C (302°F). This range covers a wide variety of materials and is commonly used for general drying applications.
3.High-temperature range: Some vacuum drying ovens can achieve higher temperatures, ranging from 150°C (302°F) up to 200°C (392°F) or even higher. These ovens are suitable for drying materials that require elevated temperatures to achieve the desired results.
4.Ultra-high-temperature range: Specialized vacuum drying ovens designed for specific industrial applications might have ultra-high-temperature capabilities, reaching temperatures as high as 250°C (482°F) or more.

Manual:
Vacuum drying oven is one of the important auxiliary drying equipment. The vacuum drying oven has a wide range of applications and complicated operations. it has higher requirements than ordinary drying ovens, and there are more points to be paid attention to in the use process of the vacuum drying oven.
Precautions for Each Operation Step of the Vacuum Drying Oven
1. Sample Placement
Put the material to be dried evenly on the sample rack in the vacuum drying oven box and push it into the drying box.
Precautions:

1. Place the sample in the oven without the heating being turned on.
2. When placing the sample, a certain space should be reserved on the upper and lower sides to keep the airflow in the box smooth.
3. If the sample changes phase during the drying process, it must be stored in a tray to avoid contamination of other samples.
4. If the dry materials become lighter in weight and smaller in volume after drying, a barrier net should be placed on the vacuum port in the vacuum drying oven box to protect the vacuum pump (or solenoid valve) from damage caused by dry matter inhalation. 
5. Any liquid solvent or item whose ignition point or boiling point is decreased to less than 150°C under vacuum is strictly banned from being placed in the vacuum drying oven box.

1. Do not use too much force when closing, to avoid causing the box of the vacuum drying oven to vibrate greatly.
2. There are bolts on the box door. Make sure the box door and the silicone sealing strip are properly joined before closing.

1. The vacuum pump's limit value when the pressure gauge is pumped shall take precedence based on how well it performs.
2. After attaining the vacuum degree, close the vacuum valve (if the vacuum valve is not tightly closed, it must be replaced soon), and then turn off or unplug the vacuum pump (to prevent the phenomenon of sucking back). 
3. Check the vacuum pressure gauge to make sure the reading is steady and devoid of noticeable fluctuations.
4. If the vacuum degree is lower than the requirement of dry items, you should turn on the vacuum pump power and vacuum valve again, and continue to vacuum. It can increase the vacuum pump's useful life.

1. The heating process must be performed in a stable vacuum state; otherwise, the difference in internal and external pressure and temperature will readily result, leading to unexpected events such as the outside air bursting into the box.
2. The heating indicator light will be on for a long time while the appliance is heating. When the temperature is reached, the heating will automatically stop and the indicator light will turn off. The heating cycle restarts and the heating indicator turns on when the temperature falls below the predetermined level.
3. Normal display of the heating indication and temperature is required. If the indicator is not on, the power should be promptly cut off, and the instrument's owner should be informed. 

1. The setting temperature must not be higher than the recommended value. The material's ignition point and boiling point will drop dramatically in a vacuum. The solid substance will melt and agglomerate at an inappropriate setting temperature.
2. The temperature of the digital display should be displayed normally. If it is not displayed or if there is an anomaly such as flickering or jumping, the power should be turned off immediately and the person in charge of the instrument informed.
3. The operator can leave only after the actual temperature is consistent with the set temperature and the heating indicator light goes out;
4. To avoid temperature control failure, a special person must examine whether the instrument is operating normally and pay attention to changes in the baking materials. If an anomaly is discovered, it is important to immediately stop using the heating system, cut off the power source, open the vent valve, and file a report.

1. Do not open the valve all the way when deflating to avoid the impact on the sample when the external airflow enters the box, generating pollution in the box and between the samples.
2. When the vacuum degree is less than 0, it is forbidden to open the box door of the vacuum drying oven (the reason is the same as above).
3. When the sealing silicone rubber of the box door is deformed due to a long-term vacuum and the box door cannot be opened, the box door of the vacuum drying oven cannot be opened forcibly. Just wait for the sealing silicone rubber ring to slowly return to its original state, and then the box door of the Vacuum Drying Oven can be opened.
4. After sampling, promptly shut off the air release valve. 

Other Precautions of the Vacuum Drying oven
The vacuum box shell of the Vacuum drying oven must be effectively grounded to ensure safe use.
The vacuum drying oven should be used in an environment with relative humidity ≤85% RH, no corrosive gas around, no strong vibration source, and a strong electromagnetic field.
The Vacuum Drying Oven should be kept clean frequently. The door glass of the Vacuum Drying Oven should not be wiped with reactive chemical solutions but should be wiped with a soft cotton cloth.