Model : TP-A1
 
Number of Cups : 12 (9 for reagents, 3 for paraffin)
Capacity of Each Cup : 700 ml
Temperature Range : RT~80c
Sizes(W×D×H)(mm) : 795×435×415
The fully automatic tissue processor is suitable for use in laboratories where space is limited.

Model : TP-A3B
 
Temperature Range : RT~80℃
Dripping Time : Adjustable within 10-60s; shake/drip above cup
Frequency of Agitation : Adjustable within 0-6 times/minute
Sizes(W×D×H)(mm) : 1055×480×495
 

Model : TP-A3D
 
Temperature Range : RT~80℃
Temperature Control Precision : ±1℃
Frequency of Agitation : Adjustable within 0~6 times/minute
Sizes(W×D×H)(mm) : 1170×465×535
Fully automatic tissue processor is efficient and suitable for different types of tissue processing.

Model : TP-A6A; TP-A6B
 
Program : 10 programs
Duration in each cup : 0-10 hours
Frequency of basket stirring : ≥10 times/hour, 30 sec for each time
Sizes(W×D×H)(mm) :  670 (Diameter)×540 (Height, 680 mm at the highest point)
 

Model : TP-A1000
 
Tanks : 12 Tanks (3 wax tanks in the end)
Capacity of single tank : 1000ml
Single Basket Capacity : 60 specimens
Sizes(W×D×H)(mm) : 1140x560x580
Use fully auto tissue processor to automate processing steps such as fixation, dehydration, transparency, and wax dipping of tissue specimens to improve the efficiency of your experiments.

Model : TP-A1500
 
Tanks : 12 Tanks (3 wax tanks in the end)
Capacity of Single Tank : 1500ml
Single Basket Capacity : 75 specimens
Sizes(W×D×H)(mm) : 1260x570x640
The fully automatic tissue processor's capacity of single tank is 1500ml, which allows it to handle larger quantities of tissue samples, increasing efficiency and reducing the number of operations.

Model : TP-EQ1
 
Numbers of Reagent Station : 12
Capacity of Processing Station : 9L
Capacity of Reagent Station : 6L
Sizes(W×D×H)(mm) : 650×650×1350

Model : TP-E300
 
Reagent volume (in liters) : 6.8 L
Capacity Approx. : 300 cassettes
Temperature range : 15 °C ~35 °C
Shipping Size(W×D×H)(mm) : 1290×880×710
The enclosed design of the fully enclosed automatic tissue processor effectively reduces the entry of airborne microorganisms and contaminants into the processing chamber, reducing the risk of contamination of tissue specimens.