Name: Automatic Specimen V-Notcher for Plastic Charpy / Izod Impact Test Samples – QuickNotch-Auto
SKU: U3SCP6O50F
Availability: InStock
Rating: 5 (1 reviews)

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Automatic Specimen V-Notcher for Plastic Charpy / Izod Impact Test Samples – QuickNotch-Auto

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Product code: U3SCP6O50F

Category: Impact Testing , Sample Specimen Preparation , Plastic Testing

Automatic Specimen V-Notcher for Plastic Charpy / Izod Impact Test Samples – QuickNotch-Auto enable the Impact Specimen…

Automatic Specimen V-Notcher for Plastic Charpy / Izod Impact Test Samples – QuickNotch-Auto Technical Specifications

Cutting Speed	116 - 580 m/min
Platform Moving Speed	30 - 700 mm/min
Platform Stroke	200 mm
Max. Specimen Clamping Size	21 mm
Cutting Depth	8.0 ± 0.2 mm (ISO), 10.16 ± 0.05 mm (ASTM) Easy to switch specimen form with standard block
Cutter Form	A type cutter 45°, r=0.25 mm (Standard one) B type cutter 45°, r=1.0mm C type cutter 45°, r=0.1 mm
Accessory	ASTM block, ISO block, Dial Gage x2 (to test specimen thickness and cutting depth), Brush, Open-end Wrench, Hex Wrench, Hook Wrench
Optional Accessory	Dust extraction system
Power	Single Phase 100 -240 VAC
Dimension W x D x H	48x54x38 cm
Weight	80 kg

Automatic Specimen V-Notcher for Plastic Charpy / Izod Impact Test Samples – QuickNotch-Auto enable the Impact Specimen V-Notcher to cut standard V-notches on specimens for impact testing. When addressing various angle cutting needs, operators can quickly adjust cutting depth and easily switch between different types of blades to meet various specifications. Additionally, the machine can adjust cutting speed and feed rate according to the status and condition of the samples.

The fully electric cutting system automatically optimizes feed speed, allowing the platform to travel at high speed during non-cutting strokes. This not only reduces specimen preparation time but also minimizes the deviations commonly seen in manual cutting processes, facilitating the progress of impact testing.

Furthermore, the machine is equipped with a dust extraction port which, when connected to a dust extraction system, can remove debris generated during the cutting process, thereby reducing pollution and waste issues.