Spectrographic Sample Cut-off Machine(Semi-Automatic)

Spectrographic Sample Cut-off Machine

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Brochure

1 In this Kameyo Make model the sample (standard conical shaped sample) is clamped into a tapered rotating chuck via an adopter instead of direct insertion. This ensures obstruction free ejection of the cut sample. Use of adopter facilitates different sizes of samples to be cut down with the same chuck.

2 The clamping is done pneumatically. A revolving cut-off wheel is horizontally fed against the rotating sample very conveniently through a swing-and-spin mechanism. An air nozzle is provided near the cutting zone which effectively cools the sample while cutting. A dust collector is also provided for extracting dust.

3 The cut sample falls into the coolant tank through a chute and collected for analysis from there.

Technical Specification

1	Purpose	For rapid cutting off spectroscopic Moulded samples (Conical Shape Φ50mm x Φ40mm x 75mm height) Standard Size, without affecting the metallurgical properties.
2	Sample Size	Φ50mm x Φ40mm x 75mm height (Conical Shape) (User may specify)
3	RPM Of Cutting Wheel	2880 rpm (approx.)
4	Cutter Size	400mm (OD) x 3mm (Thk) x 25.4mm (Bore)
5	Motors (Standard make)	- Cutter Motor : 2880 rpm, 15 HP - Blower Motor: 2880 rpm, 2 HP - Chuck Motor (Geared) : 2 HP
6	Cooling	Air Cooling through high speed nozzle, thereby no water contamination
7	Dust Suction System	To provide dust extraction system to eliminate dust deposition inside the machine cabinet.
8	Isolation of Cutting Zone	The cutting zone is isolated from rest of the machine to avoid dust from accumulating to the internal machine parts.
9	Safety	To ensure the safety of operator, all motors and cutting zone are covered.
10	Indicator	Light indicator is also provided for safety of operation.
11	Clamping	Automatic Clamping and Ejection
12	Operation	Can be operated with frequent on-off or continuously with overload protection.
13	Mounting	The unit is floor mounted and free from vibration