What is the maximum substrate size that can be used?

The maximum substrate or wafer size that can be used by our spin coater to effectively coat with a uniform thin film is 4 inches.

Can a different vacuum chuck be used with the LVSC-A10?

We provide a standard vacuum chuck/plate of size 100 mm. But along with that, there are several optional sizes available on your demand ranging from 150 mm to 300 mm.

What advantage does the brushless motor fitted in our vacuum spin coater offer you?

Our product is incorporated with the latest type of brushless motor which reduces the friction and heat generation resulting in increased efficiency of coating. This in turn leads to noiseless operation and zero maintenance costs, saving your time and efforts.

How does a 5-step programmable control improve the functionality of our spin coater?

Our 5-step programmable control allows you to execute even complex coating processes in an order of 5 distinct operational steps. This gives you precise management over each of the 5 steps which can be individually programmed with specific parameters like spin speed, acceleration/deceleration rates, and duration. We provide you with control over spin speed and acceleration rate in a very broad range of 100 to 10000 rpm and control over duration for a maximum time of 3000 seconds.

Vacuum Spin Coater LVSC-A10

Name: Vacuum Spin Coater LVSC-A10
Brand: Labtron
SKU: LVSC-A10
Rating: 4.9 (768 reviews)

Vacuum Spin Coater LVSC-A10 offers a maximum coating capacity for 4-inch wafers with 134 mm chamber size. It is designed with an anodic oxidation aluminium shell for longer use. Equipped with a brushless DC motor for low-noise operation. Our vacuum spin coater has a space-saving design suitable for benchtop use, making it ideal for any laboratory environment.

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Chamber Size	134 mm
Maximum Wafer Diameter	4 inch (100mm)
Spinning Speed Range	100 to 10000 rpm (adjustable)
Acceleration Range	100 to 10000 rpm/s
Max Single-Step Time	3000 s
Spin Resolution	1 RPM
Time Resolution	1s
Programmable Control	5 sets of programmable control each set with 5 steps
Motor	Brushless DC motor
Motor Power	75 W
Vacuum Chuck	10 mm, 25 mm, 55 mm
Power Supply	AC 110V/220 V, 50/60 Hz
Dimension	210 × 265 × 213 mm
Packaging Dimension	470 × 400 × 400 mm
Weight	13 kg
Gross Weight	16 kg

Durable aluminum vacuum chucks
LCD panel for visualizing parameter
Adjustable speed range
Advanced programmable control

Vacuum Spin Coater is used for wafer and thin film coating, It is ideal for research labs, universities, and industrial settings.

Vacuum pump
Vacuum cups
Power cords

Vacuum Chuck: 100 mm/150 mm/200 mm/250 mm/300 mm
Vacuum pump (additional)

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Vacuum Spin Coater LVSC-A10 Catalog

Download manual for
Vacuum Spin Coater LVSC-A10 Manual

Vacuum Spin Coater LVSC-A10|Advanced programmable control|Adjustable speed range

Vacuum Spin Coater LVSC-A10|Motor Power 75 W|Acceleration Range 100 to 10000 rpm/s

Models of Coating Machine

Labtron provides a wide range of Coating Machines such as Tablet Coating Machine, Blade Coaters, and Vacuum Spin Coaters. They ensure precise and uniform application of coatings on various substrates, enhancing product performance and quality. Their features like adjustable coating thickness, customizable speed, and advanced digital controls, make them useful for a variety of applications. These coating machines are engineered for efficiency, reliability, and consistency. Our machines are tailored to meet the unique needs of each industry, improving productivity and delivering superior results.

Casting Drying Coater LCDC-A10

Coating Speed : 10 mm/s to 100 mm/s
Speed Control Precision : 1 mm/sec
Heating Method : Top dryer
Heating Temperature : ≤ 120℃

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Belt Cast Film Coating Machine LBFM-A10

Traverse Speed : 10 to 80 mm/sec (variable)
Stroke Length : 10 to 800 mm (adjustable)
Platform : Aluminum alloy flat vacuum chuck
Vacuum chuck Dimensions : 800 × 250 × 25 mm

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Magnetron Coating Machine LMMC-A11

Sample Stage Size : 100 mm
Sample Stage Heating Temperature : ≤ 500℃
Sample Stage Rotating Speed : 1 to 20 rpm adjustable
Magnetron Sputtering Head Diameter : Ф 50.8 mm

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Heating Coating Machine LHCM-A10

Coating Speed : 0 to 100 mm/s
Coating Speed Accuracy : 10 mm/s
Coating Stroke : 10 to 250 mm (adjustable)
Heating method : Top UV (WL: 365nm) Bottom heating: 120℃

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Magnetron Coating Machine LMMC-A10

Magnetron Sputtering Head Diameter : Ф 50.8 mm
Magnetron Sputtering Head Thickness : ≤ 3 mm
Sample Stage Size : 100 mm
Sample Stage Rotating Speed : 1 to 20 rpm adjustable

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Doctor Blade Coating Machine LDCM-A10

Coating Speed : 0 to 100 mm/s adjustable
Coating Platform Material : Aluminium
Coating Platform Dimensions : 500 × 300 mm
Water Cooling : Embedded water cooling pipeline

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Double-Sided Dip Coating Machine LDDM-A10

Maximum Mechanical Speed : 1 m/min
Tension Magnitude : 6 to 60 N
Air Source : 0.5 to 0.8 MPa compressed air
Maximum Reel Diameter : 300 mm

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Plasma Sputtering Coater LPSC-A10

Sample Stage Size : 100 mm
Sample Stage Rotating Speed : 1 to 20 rpm adjustable
Sample Stage To Target Surface Distance : 20 to 25 mm height (adjustable)
Plasma Sputtering Source Quantity : 2 inches x 1 target

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Vacuum Spin Coater LVSC-A10 FAQ's

The maximum substrate or wafer size that can be used by our spin coater to effectively coat with a uniform thin film is 4 inches.
We provide a standard vacuum chuck/plate of size 100 mm. But along with that, there are several optional sizes available on your demand ranging from 150 mm to 300 mm.
Our product is incorporated with the latest type of brushless motor which reduces the friction and heat generation resulting in increased efficiency of coating. This in turn leads to noiseless operation and zero maintenance costs, saving your time and efforts.
Our 5-step programmable control allows you to execute even complex coating processes in an order of 5 distinct operational steps. This gives you precise management over each of the 5 steps which can be individually programmed with specific parameters like spin speed, acceleration/deceleration rates, and duration. We provide you with control over spin speed and acceleration rate in a very broad range of 100 to 10000 rpm and control over duration for a maximum time of 3000 seconds.