Scantech

Pro Mark G1

Scantech’s Pro Mark G1 is a unit designed around a 50W Nd-YAG solid state laser. Using high speed mirror movements in X & Y planes, it is possible to steer the light beam from such a laser on any flat surface to draw, mark or even cut limited thickness of material.

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Pro Mark F1

The Pro Mark F1 Laser Marking Machine is maintenance-free and pulsed Ytterbium fiber laser. These lasers deliver a high power laser beam directly to the work piece via a flexible metal-sheathed single mode fiber cable.

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Pro Mark CO2

We hold expertise in providing CO2 Laser Marking Machines, which are used to achieve high-speed marking and maintain marking quality.

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Pro Mark DPSS

Diode-Pumped Solid-State (DPSS) Lasers are solid-state lasers made by pumping a solid gain medium, DPSS lasers have advantages in compactness and efficiency over other types and high power DPSS lasers. At present a new generation of laser systems, based on diode lasers, has begun to dominate.

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STC-1K-2K-3K-48

We provide CO2 Laser Cutting Machines that are easy to operate and require low maintenance. These machines are used to carve permanent marks such as letters, figures, graphs or bar codes. Apart from this, these machines also hold the capability to generate continuous waves with power ranging from 100 W to 1 KW and above.

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Tablet Drilling Laser System

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Tablet Printing Laser System

We hold expertise in providing Capsule Marking Laser Systems, which are available with a vibratory feeder that provides the tablets into the disk hopper. In addition, these systems are also provided with a rotating disk which holds the capability to convey tablets from the hopper to laser drilling station.

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Spot Welding Machine

Scantech provides Laser Welding System based on Pulsed Nd YAG technology. The system is adhering to customization using other technologies. The power level ranges from 50 W to 400 W and is capable of welding steel up to 4 mm deep.

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Pharmaceutical Based System

	Tablet Drilling Laser System
	Tablet Printing Laser System

Product Category

	Laser Cutting System
	Laser Marking System
	Laser Welding System

Tablet Drilling Laser System

We specialize in providing Tablet Drilling Laser Systems that are fabricated using quality material as per the latest technology. These systems are used to drill a hole in the tablet, which are used for controlled release of drug. Our range of Tablet Drilling Laser Systems is provided with an automatic feeding system and color sensors that senses the drilling side, rejection chute. These systems are also available with different customized automation for example an accurate whole size helps to release the drug by OSMOSIS Technology.

Apart from the above mentioned, we are also engaged in supplying our range of Tablet Drilling Laser Systems to some our valuable clients like M/s CIPLA Ltd, M/s SUN Pharma Ltd., Lupin Pharma, J.B.Chemicals & Pharmaceuticals Ltd, Matrix Laboratories and many mor

Technical Parameters

Model	:	Tablet Drilling Laser System
Laser type	:	CO2
Technology	:	Sealed Off, Rf excited Laser,
Power	:	40W to 100W
System	:	Disk Feeding
Material	:	Food grade acrylic/plastic with interchangeable disk of different diameters and shapes.
Interchange Time	:	3 minutes
Disk Drive	:	Ac motor, Geared, 3 phase, Variable speed drive
Disk Area	:	1m X 1m
Height	:	2m (from the top of the laser to bottom)
Weight	:	40kg (net weight), 60kg (gross weight)
Control Unit	:	0.4m X 1m X 1.4m, Weight
Power Requirement	:	420V AC, 50Hz, 3 Phases, 3.6KWH
Laser Focusing	:	Manual with graduated visible indicator with adjustable spot (drill) diameter from 0.25mm to 1.1mm and laser power setting for drill depths controllable from 0.15mm to 1mm
Drill Diameter Variation	:	0.5mm to 0.9mm with an accuracy of +0.15mm
Drill Depth Variation	:	0.5mm on selected power and pulse width of laser

Working description of Tablet Drilling Laser System for Dual Beam Systems:

	Works as the rotating disk
	Capable to convey tablet from the hopper vibratory stand alone with tablet dispensing on to inclined disk to the laser drilling station
	At drilling station, drilling of tablet coating will take place
	Specially built custom electronics will decide which laser to be fired
	A highly reliable color sensor can differentiate between the contrasts of a bilayer tablets two sides
	Sensor is placed just 1 index before the laser drilling location
	Laser fire sensor is constantly looking for any reflection from the tablet of the irradiating laser pulse
	Laser pulses are also very closely located in the vicinity of laser beam delivery lenses
	A positive decision is made by the controlling electronics as whether a particular tablet has been drilled either from side A or side B
	If no drilling has taken place, then an irradiating pressure pulse undrilled tablet falls back in to the recirculation via reject chu
	Drilled tablets are removed
	Nozzle, with the help of pressure pulse in to the production bin
	Production is counted automatically