Sample Cup (CAT#: STEM-AL-2066-ZJF)

Sample Cup is a product family designed for holding liquid samples during biochemical, coagulation, or spectrophotometric analysis. The family contains 12 documented configurations identified by model or item code. The documented construction materials include Optical-Grade Plastic. Available size, capacity, or format options include 2 mL, 0.5 mL, 1.5 mL. High-clarity molded surfaces support optical transmission and consistent sample presentation. Model-specific differences include geometry, closure, additive, separator, treatment, sterility, or packaging where applicable. The source documentation provides item-level quantities and packing arrangements for the listed configurations. Applications are limited to the collection, containment, transfer, culture, or handling functions stated for this product family. The series supports repeatable routine use within the documented material, dimensional, and operating limits.

Models: C1001
C1002
C1003
C1004
C1025
C1026
C1028
C1029
C1017
C1019
C1020
C1022
Product Type: Sample Cup or Cuvette
Documented Configurations: 12
Materials: Optical-Grade Plastic
Capacities: 2 mL, 0.5 mL, 1.5 mL
Pack Formats: 500pcs*10bags, 1000pcs*8bags, 1000pcs*13bags, 1000pcs*10bags, 1000pcs*12bags, 200pcs*12bags, 500pcs*12bags, 1000pcs*9boxes, and 1 additional options
Configuration Summary: C1001: Sample cup, 2 mL | C1002: Sample cup, 0.5 mL | C1003: Sample Cup, 0.5 mL | C1004: Sample cup, 1.5 mL | C1025: Sample Cup, Large, Sample Cup | C1026: Sample Cup, Small, Sample Cup | C1028: Cuvette | C1029: Cuvette, Analysis tube | C1017: Sample cup | C1019: Sample cup, Conical | C1020: Sample Cup | C1022: Sample cup

Product family: Sample Cup or Cuvette
Documented configurations: 12
Materials: Optical-Grade Plastic
Sizes and capacities: 2 mL, 0.5 mL, 1.5 mL
High-clarity molded surfaces support optical transmission and consistent sample presentation
Model-specific formats support different sample and workflow requirements
Packing and carton arrangements are specified by model