One of the most important analysis of metal samples, especially steel and brass, is the preparation of them. The polisher machine manufactured by Control System Abzar Novin Company has a 35cm diameter disc, which can be sandpapered with different roughness number pages according to customer requirements. All types of sandpaper can be used in this machine, and no need to glue or use special sandpapers. It also can be adjusted the speed and direction of the discs depending on the user type. This device is equipped with a foot brake, which the operator can stop the disk rotation at foot pressure if needed. In special cases, it is possible to install a motor control system and a suction collector on this machine.

Disk Diameter: 35cm

Engine Round: 1500rpm

Input Power: 3Ph, 380CAC, 50Hz

Dimensions: 47cm× 40cm× 95cm


X-ray tube

Since the discovery of X-rays in 1895 by Rongten, the X-ray manufacturing industries development is still in progress because of its widespread use in the field of industry, laboratory and medical sciences, etc. X-ray it is not deflected at all and has great penetrating power by placing it in magnetic and electric field and passes almost everything except bone and metal. The function of this beam is as follows that by connecting the high voltage cable and making a potential difference between the cathode and the anode, the electrons are thrown toward the anode with high speed and the lower layer electrons are transferred to the higher layers and excess energy is emitted in the form of X-rays form when the electrons are returning back to the stable state and the produced x-rays is directed outward by the beryllium window. The X-ray production process is a low-efficiency process with only 1% of the x-rays production and 99% of the available kinetic energy will appear as heat on the anode. The anode is usually made of Copper, Cobalt, Iron and Chromium and the wavelength of the X-ray will vary depending on the anode material.

Control System Abzar Novin  Company, as a leading supplier of X-ray tube tubes from companies such as KeyWay Electron in China and Varian from USA, can provide a wide range of high-performance and reliable radiographic lamps in different voltage ranges (4-450kV) and power supply (20-4500W). As the use of these tubes in X-ray machines in various fields such as inspection for manufacturing, material analysis, pharmaceutical industry, medical equipment, food and beverage industry, nuclear industry, security programs and non-destructive tests can be mentioned.

Below is a selection of our most popular tubes chart. Please contact us for further information, or if you need specialist requirement do not hesitate to say us.


High voltage power supplies

High voltage power supplies have a complex conversion circuit that can convert low voltage input to higher output voltage. High voltage power supplies can work with both DC input and AC input. DC power supplies will be very economical for use in low power applications. There are different types of high voltage power supplies with AC input, which are designed as both single-phase and three-phase.

These days, the needs of high voltages in applications such as X-ray commissioning, dielectric strength test (X-RAY for medical, industrial and laboratory applications) has led a wide range of companies and technical professionals to design, research and develop power supplies with high voltage.

High voltage power supplies existence in different and wide ranges of voltage (1kV-360kV) and power (1.5W-200kW) which cover all industrial, medical, and scientific and research uses.

The most important of these sources are as follows:

1-X-ray Generator

2-Rack Mount High Voltage Power Supply

3-Modular High Voltage Power Supply

4-Handy Type

Control System Abzar Novin Company is ready to present sell and after-sales services of power supplies made by SPELLMAN in USA and WISMAN in China.

Diaphragm Pump

These New Pfeiffer MVP 020-3AC Membrane Pump, 1.2 m3/hr at 60 Hz has an excellent ultimate pressure of 1.5 Torr. These pumps run extremely quite. The inlet includes a 1 meter foreline hose and G1/4 connector for connection to turbo or other vacuum applications. They are ideally suited for employment as backing pumps for Pfeiffer Vacuum Turbopumps and for integration into compact systems. This pump is a 3-stage diaphragm pump with optimized pumping speed and ultimate pressure. This pumps are used for pumping of dry an noncorrosive gases.






Emission sound pressure level without gas ballast ≤ 48 dB (A)
Exhaust pressure, max. 1,100 hPa | 825 Torr | 1,100 mbar
Flange (in) G 1/8″ elbow union + enclosed hose DN 6 x 1000 mm with an elbow union in G 1/4″ at the end
Flange (out) G 1/8″ + silencer
Intake pressure max. 1,100 hPa | 825 Torr | 1,100 mbar
Leak rate 1 · 10-2 Pa m3/s | 7.5 · 10-2 Torr l/s | 1 · 10-1 mbar l/s
Mains requirement: voltage 50 Hz 100-115; 200-230 V
Mains requirement: voltage 60 Hz 100-115; 120; 200-230 V
Protection category IP 40
Pumping speed at 50 Hz 1.2 m3/h
Pumping speed at 60 Hz 1.4 m3/h
Rotation speed at 50 Hz 1500 min-1
Rotation speed at 60 Hz 1800 min-1
Switch yes
Ultimate pressure without gas ballast ≤ 2 hPa | ≤ 1.5 Torr | ≤ 2 mbar
Weight 6.5 kg | 14.33 lb

Turbo Molecular

The Adixen, MDP 5011 Turbo high vacuum pumps has a pumping speed of 7.5 liters per second. The MDP 5011 turbo high vacuum pump can be used for all general-purpose high vacuum applications. Cooling fan is set to 1 phase 115VAC, Turbo without fan can run on 115VAC or 220VAC with Controller.

The MDP 5011 offers an ideal pumping solution between turbo and Roots pumps. It is lightweight and compact making it an ideal dry pump for numerous applications:

  • Fast evacuation of small volumes
  • Interseal pumping
  • Regeneration of cryopumps
  • Backing pump for turbomolecular pumps
  • Leak detection
  • High-quality freez drying
  • Spectrometry
  • Production of light bulbs
  • Production of electronic tubes




For over seventy five years Bureau of Analysed Samples Ltd (BAS) have been preparing British Chemical Samples, now known as BCS Certified Reference Materials (CRMs) for the metallurgical industries.

The Certified Reference Materials (CRM) have been prepared under rigorous laboratory conditions and are issued by Bureau of Analysed Samples Ltd. under the auspices of an Honorary Advisory Committee and a body of approximately 150 Co-operating Analysts representing Independent Laboratories and Manufacturers and Users of the materials concerned.

With an increasing focus on Quality Assurance programmes MBH has progressively improved its certification programme. The programme now utilises a panel of analysts, from both within the United Kingdom and internationally, most of whom carry UKAS or its equivalent National Laboratory Accreditation.










MBH Analytical Limited is a Reference material producer as defined by ISO Guide 34 and is one of the world’s major producers of Certified Reference Materials (CRM, RM & SUS).

The materials listed in its  catalogue are selected to meet most of the requirements for chemical and spectrochemical analysis techniques. These include Optical Emission, Glow Discharge, XRF, ICP and AA spectroscopy as well as photometric and other ‘wet’ methods.

With an increasing focus on Quality Assurance programmes MBH has progressively improved its certification programme. The programme now utilises a panel of analysts, from both within the United Kingdom and internationally, most of whom carry UKAS or its equivalent National Laboratory Accreditation.



Niton Xl3

The Niton XL3t offers enhanced features designed for specific industry applications.

A tilting, color, touch-screen display allows easy viewing of sample results under any

condition. With the optional integrated camera, users can locate, view, and store the

image of an analysis area along with the test results for later reference. The Niton XL3t is

upgradeable to the Niton XL3t GOLDD+.

The Niton XL3t GOLDD+ delivers the ultimate performance in a feature-rich

package. Its enhanced GOLDD technology offers superior performance for light element

(Mg-S) analysis with the lowest limits of detection and fastest measurement times. A

helium purge option is also available for further enhancing light elements.



Au anode 50 kV maximum, 40 uA maximum

Ag anode with optional light element analysis package


Geometrically Optimized Large Drift Detector (GOLDD)

Proprietary detector with 180,000 throughput cps

Resolution: <185 eV @ 60,000 cps @ 4µ sec shaping time

System Electronics Processor

533 MHz ARM 11 CPU

300 MHz dedicated DSP

80 MHz ASICS DSP for signal processing

4096 channel MCA

32 MB internal system memory/ 128 MB internal user storage


Adjustable angle, color, touch-screen display

Standard Alloy Analytical Range

>25 elements from S to U


Alloy Modes: Metal Alloy, Electronics Alloy, Precious Metals

Bulk Modes: Mining, Soil

Plastic Modes: RoHS Plastics, Toy & Consumer Goods Plastics,

TestAll™, Painted Products

Other Modes: Lead Paint, Thin Sample

Standard Accessories

Locking shielded carrying case

RFID reader

Shielded belt holster

Spare battery pack

110/220 VAC battery charger/ AC adaptor

PC connection cables (USB and RS-232)

NITON Data Transfer (NDT) PC software

Safety lanyard

Check samples/standards

Optional Features and Accessories

Portable test stand, stationary test stand, tripod stand

Extend-a-Pole™ extension pole

Welding mask

HotFoot™ hot surface adapter

Soil testing guard

Internal CCD sample imaging system

Variable spot size aperture


< 3.0 lbs (< 1.3 kg)


9.60 x 9.05 x 3.75 in. (244 x 230 x 95.5 mm)

Niton Xl5

Powered by advanced electronics, Niton XL5 generates elemental results faster and more accurately than ever before. Results are displayed in real time, allowing the operator to see material-chemistry data as measurements are being calculated.


Niton XL5 optimizes the geometry between the x-ray source detector and the sample, improving limits of detection and shortening measurement times, especially for light elements. A wider alloy library increases coverage, and an internal calibration standard ensures accuracy.


Introducing Niton XL5. At 2.8 lbs. (1.3 kg.), Niton XL5 is the lightest XRF metals analyzer available. Light weight reduces operator fatigue in verifying alloy composition and grade.


A macro-camera captures a simple image. A micro-camera ensures precise sample analysis location.








Ag anode (6-50kV, 500uA max, 5W max)

Dynamically adjustable current for optimal sensitivity for every analysis


Geometrically Optimized Large Area Drift Detector (GOLDD)Proprietary detector with up to 180,000 cps throughput

Typical Resolution: 150 ev- 185 eV depending on shaping time used

System Electronics Processor

iMX6 quad core ARM A9 running at 800 MHz

80 MHz ADC ASIC for digital pulsed processing

4096 channel MCA

512 MB internal system memory / 16 GB industrial grade storage


Tilting, color, touch-screen display

Standard Alloy Analytical Range

More than 30 common elements for rapid alloy identification

Ultra-low light element detection


General Metals; Precious Metals

Standard Accessories

Integrated CCD camera for locating and storing images

Locking shielded carrying case

Two lithium-ion battery packs

110/220 VAC battery charger/AC adaptor

PC connection cables (USB)

NitonConnect PC software

Safety lanyard

Check samples

Optional Features and Accessories

3mm small-spot collimation

Thermo ScientificTM portable test stand

Belt Holster

Hotwork standoff


2.8 lbs with battery (1.3 kg)


9.54 x 8.19 x 2.67 in. (242.56 x 208.17 x 67.9mm)





By using patented polycapillary optics this diffractometer obviates the need for monochromators and collimators for linear projection of X-Rays.

Available as easy-to-use transportable desktop unit, XMD-300 offers versatile design that integrates convenient handling of powder samples as well as large uneven and odd shaped samples into a compact desktop unit.

A cost effective analytical X-Ray tool for researchers, technologists, material scientists and quality control laboratories.

Ideal solution for a variety of industrial and research applications in the following areas:

• Mineralogical studies

• Materials research

• University and educational laboratories

• Pharmaceuticals

• Geology and mining

• Industrial by-products

• Engineering process and quality control

• Ceramics and refractories

• Environmental monitoring

• Alloys and process metallurgy

• Cement, chemical and fertilizer industries

• Forensic science

• Archaeology and art studies





X-Ray Generator 50 W
Cooling method Forced air
Geometry Vertical, θ-θ mode
Measuring range 3° – 122° two Theta
Collimation Polycapillary collimating optics
Sample positioning Automatic alignment laser beam assisted
Sample height Adjustable
Maximum sample dimensions 180 x 200 x 200mm (H x W x D)