DUMBBELL Plastic Fully Automatic Sample Cutting Machine

NegotiableUpdate on 02/28

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Efficient and fully automated: integrating innovative sampling concepts with mature SuperDumbbell? Cutting tool technology has achieved automation and efficiency in sample preparation. High precision and high quality: Overcoming the thermal effects and surface quality issues of traditional mechanical cutting, ensuring sample accuracy. Flexibility and safety: Multiple operating modes to choose from, equipped with a comprehensive safety protection structure.

Product Details

DUMBBELL Plastic Fully Automatic Sample Cutting MachineProduct Details
SDAP-1183FBAT-PT
Plastic fully automatic sample cutting machine

Core drive: Three head cylinder system, cylinder plunger diameter of φ 180 × 100 (stroke) mm, parallel arrangement of three strokes
Body structure: sturdy frame, equipped with mobile casters and installation adjustment bolts
Working pressure: 0.15-0.75MPa
Workbench size: 200 × 200mm
Workpiece fixture: 2 sets of parallel pneumatic fixtures (left and right) system
External control panel: Programmable terminal (10.4-inch color LCD display screen)
Programming controller: Omron CQM1-CPU43V1 or equivalent specifications

DUMBBELL Plastic Fully Automatic Sample Cutting MachineEquipment background and innovative value:

The new JIS K7139:2009 standard (based on * * 20753) defines three types of plastic tensile specimens: A1, A2, and A3. Due to their wide application, they are often referred to as' multi-purpose specimens'. Its core advantage lies in the fact that the sample is formed and measured under the same conditions, effectively avoiding the dispersion of the obtained characteristic values.

In the past, there were physical difficulties in obtaining tensile and Izod/Charpy impact specimens that met the standards directly through cutting. Even if possible, obtaining standard samples still faces many challenges. Therefore, mechanical cutting is usually the only effective method, but this method is time-consuming and has many drawbacks, such as the physical impact of cutting friction heat on the sample, rough cutting surface, accuracy issues, and high equipment costs.

As a rational and ideal fully automatic sample preparation equipment, this device has been successfully developed by our side with the aim of eliminating many technical difficulties mentioned above. In the process of improvement, we integrated the groundbreaking concept of sample preparation method with our * * * Super Dumbbell? (Swappable blade system) technology.

Standard operating mode

Quantity of standard samples obtained

Standard accessory cutting tools

Other configurations and parameters

Special additional mechanism (optional)

Dual system built-in temperature control heating
Tool side: AC-100V 400W
Workbench side: AC-100V 500W
Applicable materials: PVC, PC, PS and other hard thermoplastic plastics
Temperature range: Room temperature to 199 ℃
Control System: Digital PID Proportional Control
Cutting room: equipped with PVC transparent safety cover structure and 2 safety doors.
Equipment size: approximately (width) 1500 × (depth) 600 × (height) 1400mm
Weight: Approximately 450kg
Power supply: AC-100V single-phase 50/60Hz***
Mode A: 5 samples
Mode B: 10 samples
Mode A: Stretch dumbbell shaped specimen
Mode B: Prism shaped specimen, cutting spacing P=10mm

Multiple cutting mode extensions
Temperature control system (heating mechanism):
1 set of SDSPK-1001B-Du (left, right, and end cutting knives)
1 set of SSSK-1000-Du and end cutting knives