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411 University St, Seattle


about company

We make highly precise multi-axes machineries.

For more than 25 years, Patel Machinery has been the leading Indian Manufacturer of highly precise multi-axes machineries. We progressively enhanced the machine capabilities to meet the market need. We are well experienced team of Engineers having insight knowledge of machines and control over it to guarantee the delivery of high quality and precision machines to customers.

We are also involved in sharing our expertise and vast exposure to formulate and enhance the production planning with latest technologies.

what we do

Creating Your Startup Business

We help you see the world differently, discover opportunities you may never have imagined and achieve results that bridge what is with what can be.

main principles

Global Reach with Local Understanding

In healthy companies, changing directions or launching new projects means combining underlying strengths and capacities with new.

marketing analysis
finance strategy
business innovation
We Represent

Joined hands with world leaders

we’ve tied up with industry renowned business names, to provide superior technology and to see the world differently.

our team

Our Skilled Leaders

We help you see the world differently, discover opportunities you may never have imagined and achieve results that bridge what is with what can be.

Monica Black
Communication Officer
Peter Perish
chief business project
Olivia Woodson
international consultant
Peter Adams
co-founder of company

Prestigious Projects Completed by Patel Machinery

  • In Year 2000

    • We design and developed PLC with Modbus Communication Protocol.
    • Started Developing Stepper Motor Design work
    • Start importing Refurbished CNC machines from Europe,USA and Japan.• Become dealer for FAGOR automation Spain for linear and
    rotary encoders and CNC systems

  • In Year 2005

    • We Become Member for Japanese Popular communication protocol
    called “Mecatrolink”

    • Opened branch office in Germany named “Patel Machinery GmbH”.

    • In year 2006 we become Ether CAT Technology Group member.
    • First motion controller developed with Digital Protocol EtherCAT in
    support with German company “Modusoft GmbH”.

  • In Year 2010

    •Started manufacturing of Special purpose customized machineries.

    • Supply Custom Design machinery for SS Seamless pipe manufacturer for “Jindal Saw Limited” & “Ratnamani Metals And Tubes”.
    • Developed Involute Generation Program Using Our Designed CNC controller for Gear Teeth Grinding machine and successfully Installed In India.

  • In Year 2015

    Started working in the field of metallurgical science and developed different processes
    -house for material treatment.
    • Started design and development of SERVO Frequency drive in support with “GRANITE Devices” Finland.
    • Release First Open Frame servo drive and start using in house projects.

    • Started training for Pilger Tooling design with Korean and British Company

  • In Year 2018

    • Manufacture Special purpose Taper parabolic Shaft machining without rotation (first time in India) we achieve accuracy of 0.01 mm in full length of 1000 mm.
    • Its one of the pioneer development in India through Indigenous efforts

  • In Year 2019

    Chamber Reflectivity Measurement using RCS Method

    • Radar Cross Section is defined as the area that can be perfectly detected back when electromagnetic waves were transmitted from its source to its target place. RCS measurement method techniques is used to define the
    reflection loss performance of pyramidal microwave absorbers mounted on a wall.
    • From the linear “Emp” and “Ref” measured data, one computes the RCS of the receive wall which is also the anechoic Chamber RCS. And the Absorbers reflectivity from the following formulas

  • In Year 2019

    Spot Focusing Antenna Free Space Test Setup

    • he electromagnetic characterization of composite sheet is required in order to find its effectiveness as the electromagnetic absorber. The electromagnetic characterization is facilitated here by measuring the complex permittivity of the Afabricated absorber sheet using free-space measurement setup.
    • The experimental free-space measurement setup consists of a pair of focusing horn lens transmittingand receiving antenna which are mounted on a large aluminum turntable. The spot focusing horn lens antennas, consist of two equal planoconvex dielectriclens mounted back to back in a conical horn antenna, with one planoconvex lens giving an electromagnetic plane wave and the other planoconvex lens focusing the electromagnetic radiation at the focus.


  • In Year 2020

    Precision Multi-axis Heavy Duty Antenna Positioner

    We offer an expanded line of positioning systems designed to
    satisfy the most demanding applications in antenna measurement and tracking of satellite.

    Our closed loop feedback system provides precise speed and positioning capability. Digital controllers and
    positioners have been following the military standards for
    environmental testing.
    The positioning system will be used in military and civilian systems and it will be successfully installed in ground- based, shipboard and airborne applications.
    The 4-axes DUT Positioner is designed to satisfy the most
    demanding applications in antenna measurement and tracking of satellite. The closed loop feedback system provides precise speed and positioning capability.

    Features –

    Precise Positioning System

    Precision Slewing Bearing and Drive

    Standard Absolute Encoders

    Multi-level Electro-Mechanical Braking System

    Limit Switches to Limit the Range of Motion with Speed Control.

    Controller and PC based Measurement Workstation

    Integration of Motion Controller with Automated


  • In Year 2021

    Inverted T-Scanner for Near-Field Antenna Measurement

    Planar near-field measurement scanner is an ideal system for measuring medium and high gain antennas (>15 dBi), making it suitable for testing feeds and arrays or reflector antennas. The Scanner is constructed of in such a way so that it can be easy to assemble and align, accurately, and can be quickly dismantled for relocation or storage.

    The system interfaces with a wide variety of RF instruments, capable of measuring amplitude and phase patterns from L-band to mm-Wave bands (1 - 200 GHz). Measured data can be processed for far-field antenna radiation pattern or holographic aperture distribution.

    A single data set provides complete characterization of the antenna's gain,side lobes structure, beam pointing, cross polarization and other antenna parameters


    Highly Accurate Planarity

    • Controller and PC based measurement workstation

    • Installation tool kit

    • L-Band to mm-Wave Measurements

    • X-Y servo motor drive system

    • Motor drive electronics

    Cylindrical and Spherical Scanning Optional

    Antenna measurement software

    Motor drive electronics

    Cylindrical and Spherical Scanning Optional

    Antenna measurement

    Precision Rack and Pinion Drive

  • In Year 2022

    Near-Field Antenna Measurement

    Space & Defence Engineering Section of Patel Machinery developed a most accurate Planar Near-Field scanner systems
    cater the high frequency measurement upto 200 GHz. It can also be configured in horizontal scan plane to cater the characterization of large size, bulky in weight & gravitational sensitive antennas. We have a wide range of NF scanners available in sizes with a travel range from 0.5m to 30m. The developed scanners are four axes assembly having Polarization
    to support waveguide probe, linear Z-slide to manage distance between DUT and probe, linear Y-slide (vertical axis in case of vertical scanner) and precision linear X-slide (floor slide).
    a lightweight vertical structure with high rigidity travels and load balancing mechanism to avoid the deflection due to gravity.
    scanners are fitted with drive system based on customer applications.

  • In Year 2022

    Antenna Measurement Software

    Antenna Measurement Software (AMS) developed by Patel Machinery satisfies the most demanding applications of Antenna, Radom and RCS measurements.

    It gives quick verification of defined test configurations.
    feasibility to select any configuration and move any axis of positioner

  • In Year 2023(Planning)

    Dual Reflector Compact Antenna Test Range

    The far-field antenna measurement offers a quick estimation of antenna performance.

    The traditional far-field concept demands a large separation between transmit and receive side, which is practically impossible for large size of antenna at higher frequencies.

    The reflector-based compact antenna range offers all the advantages of far-field and simulate a far-field equivalent environment in a very compact indoor test chamber.

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