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  • Who we are
    • Our History
    • Quality & Accreditations
    • Our Environmental Policies
      • Our WEEE Policy
    • Careers
  • What we offer
    • By application
      • Semiconductors
      • Geological Sciences
      • Optoelectronics
      • Optics
      • Other applications
    • By material
      • Silicon
      • Silicon Carbide
      • Sapphire
      • Gallium Arsenide
      • Cadmium Zinc Telluride
      • Indium Phosphide
      • Rock/Soil
      • Other Materials
  • Products & Solutions
    • Lapping & Polishing
    • Chemical Polishing & Chemical Mechanical Polishing
    • Driven Head Lapping & Polishing Tools
    • Bonding & Impregnation Units
    • Test & Measurement
    • Cutting & Sawing
    • Accessories
    • Consumable Items
    • Consumables Store
  • Knowledge base
    • Whitepapers
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    • Brochures
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Home  /  Cutting & Sawing  /  High Precision Saw

High Precision Saw

Categories: Cutting & Sawing, View All
  • Description
  • Facilities Requirement
  • Applications
  • Accessories & Consumables

Description

The HPS is a fully equipped base unit featuring a robust cabinet, integrated power system, and pre-installed software in both Annular and Peripheral configurations. It offers customisation through five specialised saw kits, allowing tailoring for specific cutting needs such as precision dicing or wafering. Both configurations ensure high positional accuracy (10μm in the x and y axes) with minimal material wastage. A stepper motor-controlled x-y table provides smooth operation and optimal control of the sample’s movement, while a laser alignment tool, integrated with the goniometer, enables precise targeting of crystal boundaries and surface alignment. Coolant is efficiently delivered via a recirculation unit with a 25-liter tank, ensuring a constant flow rate and preventing damage during the cutting process.

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Key Features – Peripheral

  • Peripheral Configuration: Capable of dicing wafers up to 152mm in diameter, down to sizes as small as 1mm x 2mm, with minimal edge chipping.
  • Slotting Capability: Allows precise slotting to specific depths on glass or similar materials.
  • Rotary Table (Optional): Enables cutting at any angle, ideal for applications like cutting along crystal axes or “Brewster’s Angle.”
  • Manual Height Adjustment: Rotary table offers manual z-axis height variation within 10μm for precise depth control.

Key Features – Annular

  • Precise Slicing: The HPS Annular saw slices specimens accurately and thinly with minimal surface damage and kerf loss, capable of cutting wafer boules up to 78mm in diameter.
  • Specialized for Fragile Materials: Ideal for slicing fragile and expensive materials like lithium niobate and gallium arsenide, with minimal kerf loss and damage.
  • LED Market Application: Perfect for cutting materials such as gallium nitride used in the light-emitting diode (LED) market.
  • Custom Optic Manufacturing: Enables the production of lenses, filters, and prisms/crystals for custom optical applications.

Product Specification:

Saw Drive: 3000rpm
Spindle Speed: 25 litre capacity
Power Supply: 220/240V, 50Hz
Height: 1403 mm
Width: 1235 mm
Depth: 765 mm
Net Weight: 360 kg
Tank Capacity: 25 Litres
Positional Accuracy: 110 μm x 10 μm (y-axis and x-axis)
Saw Drive: 1.1 kW
Min Feed Rate: 0.05 mm/sec
Max Feed Rate: 1.05 mm/sec
Annular
Min Spindle Speed: 600 rpm
Max Spindle Speed: 3000 rpm
Max Depth of Cut: 78 mm
Max Ingot Length: 90 mm
Peripheral 
Min Spindle Speed: 600 rpm
Max Spindle Speed: 5000 rpm
Max Length of Cut: 152 mm

 

Optoelectronics

optoelectronics

Advances in communication technology have led to the development of a wide variety of optoelectronics and integrated optics devices for applications such as; dense wavelength division multiplexing (DWDM), optical isolators, signal processors and optical switching.

Logitech has a large selection of adaptable systems for the preparation of optoelectronic materials such as; silicon, lithium niobate, lithium tantalate, bismuith silicon oxide, barium titanate and similar materials.

Our systems, accessories and consumables provide defect free face and edge polishing on optoelectronic substrate and scratch free surfaces with exacting and repeatable dimensional tolerances.

Optics

optics

The importance of optical polishing and the processing of optical components has never been greater with the ongoing development of the telecommunications market. Whether for Infra Red and polymer waveguide production or fibre optic cable polishing.

The precision design and manufacture of our equipment enable you to obtain maximum results from the cutting, lapping and polishing of these optical materials.

Semiconductors

semiconductors

Semiconductor materials are used in a wide variety of devices such as field effect transistors (MosFets, Fets), integrated circuits (ICs, MMICs, ASICs), focal plane arrays and infra-red detectors.

Whatever the application or material, each semiconductor wafer undergoes several common stages during manufacture, which include slicing the wafer from the crystal, preparing the surface prior to fabrication and thinning the device after fabrication through the use of lapping and polishing techniques.

Logitech provide complete system solutions including consumables for the precise thinning of these III-V, I.R. and similar materials.

Saw Blades & Cutting Wires

High quality diamond and silicon carbide saw blades and a selection of steel and diamond cutting wire to fit all Logitech saws.

Ceramic Tiles

Unglazed ceramic mounting tiles for use with a Logitech HPS saw.

M27 Soluble Oil

Logitech M27 soluble oil is a coolant for use with a Logitech HPS Saw

the-tech-files

Expert news and views to help sharpen your cutting edge

DIAMONDS ARE AN ENGINEER’S BEST FRIEND

In recent years, diamond has emerged as not only a girl’s best friend, but also as contender as an engineer’s best friend – if the technical challenges of exploiting its remarkable properties can be overcome.

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THE END OF THE CHIP FOR SILICON?

Silicon-based semiconducting integrated circuits have changed the world immeasurably over the past 50 years. Today the number of silicon chips in use far outweighs the number of humans currently alive.

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OPTIMAL FRICTION FOR OPTIMAL FLATNESS

The wafers used to make semiconducting chips for electronic devices all have one thing in common – they need to be smooth – super smooth. Typically, wafer flatness needs to be controlled within ±2 μm.

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