Desk Sputter Coater DSC-150A | Table Top SEM Coater
Global Bioscience Solutions
Category: SEM Sample Preparation

Desk Sputter Coater DSC-150A | Table Top SEM Coater

The DSC-150A Table Top Sputter Coater is a compact, high-vacuum DC magnetron sputtering system. Designed specifically for SEM sample preparation, it deposits uniform, ultra-thin metal coatings onto non-conductive specimens to eliminate charging effects and dramatically enhance imaging clarity.

Built to meet the demands of academic research, nanotechnology, and industrial QC labs, this benchtop sputter coater features an intuitive digital interface, a 150mm glass vacuum chamber, and a reliable rotary vane pump. It delivers consistent gold, platinum, or palladium coating with a minimal lab footprint.

DC Magnetron Sputtering    Compact Benchtop Design    Digital Process Control

Magnetron
Sputtering
150mm Glass
Chamber
Digital
Display
Rotary Oil
Pump (150 LPM)
Safety
Interlocks

Technical Specifications of DSC-150A / Compact Sputter coater

GBS DSC-150A Performance Data
Instrument TypeCompact Desk Sputter Coater
Sputter TechnologyDC Magnetron Sputtering
Sputter Power80 - 100 Watts (0 to 200 mA output current)
Sputter Time01 - 120 seconds (Programmable)
Target CompatibilityGold (Au), Palladium (Pd), Silver (Ag), Platinum (Pt)
Target Dimensions2 inch (50mm) Circular Cathode
Vacuum Chamber150 mm Ø x 200 mm Height (Glass Cylinder)
Vacuum PumpRotary Vane Oil Pump (150 LPM, 1/2 HP)
Ultimate Vacuum1 x 10-3 mbar (Pirani Gauge included)
Specimen LoadingHinged top plate with "L" type neoprene gaskets
Power Supply230 V, 50 Hz (-50 to -1600 V DC Output)
Dimensions350 mm x 370 mm x 420 mm (Benchtop)
WeightApprox. 22 kg

Features of DSC-150A / Table Top Sputter Coater

  • DC Magnetron Sputtering Utilizes high-efficiency DC magnetron technology for uniform, ultra-thin metal film deposition, critical for preventing artifacts in SEM sample preparation.
  • Compact Benchtop Design With a space-saving footprint, this mini sputter coater fits easily on any lab desk without requiring dedicated infrastructure.
  • Easy Target Replacement The hinged sputter head and simple disc target mechanism allow researchers to quickly swap between Gold, Platinum, and Palladium targets.
  • Digital Control Interface Features dual individual digital displays for live monitoring of output voltage and current, allowing precise, repeatable coating parameters.
  • Comprehensive Safety Systems Built-in safety features include a vacuum chamber interlock, output overload/short-circuit protection, and an emergency stop button.
  • Pirani Vacuum Gauge Comes standard with a high-precision Pirani Gauge (reading up to 0.001 mbar) to ensure optimal sputtering vacuum conditions are met.

Applications of Desk Sputter Coater in SEM & Material Science

  • Non-Conductive SEM Samples Deposits a thin conductive layer over biological specimens, ceramics, and polymers to completely eliminate electron charging effects.
  • High-Resolution Imaging Sputtering Palladium or Platinum creates ultra-fine grain coatings, ideal for achieving maximum clarity and contrast in SEM analysis.
  • Material Science & Nanotechnology Essential for fabricating thin films and characterizing MEMS, microelectronics, and crystalline structures.
  • Forensic & Academic Research An affordable, user-friendly entry level sputter coater perfectly suited for university teaching labs and trace evidence analysis.

Desk Sputter Coater Frequently Asked Questions

As direct suppliers of the DSC-150A, we offer highly competitive pricing for the Indian market. Please click "Request Quote" for an immediate proposal including delivery in Bengaluru and across India.
Yes, the system is designed to operate with the provided 150 LPM rotary vane oil pump, achieving an ultimate vacuum of 1x10-3 mbar.
The DSC-150A features a hinged top plate. Simply lift the plate to access the 2-inch cathode target holder for quick, tool-free replacement of Gold, Palladium, or Platinum targets.
The glass vacuum cylinder has a generous dimension of 150 mm (Diameter) x 200 mm (Height), accommodating multiple SEM stubs or larger irregular specimens.