Products
- Abrasives (bonded)
Abrasives (coated)
Adhesives
Back Ends
Back spot facing tools
Burrs
Calibration
Carbide tools
(indexable)
Carbide tools (solid)
Chucks
Clamping elements
Cleaning products
Coolants
Collets
Countersinks
Cutting Tools
Cutting Oils
Dividing heads
Dovetail cutters
Drills
Drill bits - Engraflexx
Engraving tools - (micropercussion)
Engraving tools - (HSS/Carbide solid)
Files
Fixture plates
Gauges - Gravostar
Grinding wheels
Ground Flat Stock
Hacksaw blades
Hand Tools
Hand cleaners
Hole saws
Hygiene products
Indexing heads
Indexable inserts
Indexable tooling
Inverted dovetail
cutters
Janitorial products
Lubricants
Measuring - equipment
Milling tools
(indexable)
Milling tools (solid)
Oils
Optical devices
Paper products
Power tools
Power saw blades
Precision equipment
Precision tools
Protective clothing
Quintus setting
devices
Reamers
(HSS/Carbide/
Indexable)
Regrinds
Saws
Saw blades
Screws
Silver steel
Sockets
Socket sets
Speed increasers
Spindle tooling
Taps & Dies
Threading tools
(indexable)
Threading tools
(solid)
Toolholders
Turning tools
Universal adaptors
Vices
Vice jaws
Vice towers
Workholding
- It used to be the case that the operation at hand predetermined the selection of the milling tool to perform the required function. Older conventional machine tools were limited to rotational spindle speed and table feed but more than made up for this shortfall with ample horsepower allowing bigger depths of cut to be taken.
Nowadays modern CNC controlled machines with multi-task capability linked to sophisticated software packages are surpassing early expectations in terms of processing speed, reliability, and the number of operations carried out in a single set up.
More often than not modern machines use high speed cutting techniques (HSC) employing smaller depths of cut matched to rapid feed movements in an attempt to reduce the vibration phenomenon which effects poor surface quality and premature tool failure.
Continuous research and development expands the selection available from the new generation PMF-HSS tools through a wide ranging variety of solid carbide and micrograin carbide tools as small as 0.2mm diameter. These “micro-cutters” are available in lengths up to 15 times the diameter opening up a whole new application field for micro-milling.
The spectrum of indexable tools with different approach angles for shoulder milling, facing, contouring and plunge milling has grown rapidly with the advent of machine tools with “mill-turn” capabilities which require multi-function tools designed to perform more than one task.
It is important therefore to choose the correct machining concept and pay attention to the cutting forces that will be generated as a result of the application, with radial and axial engagement limited by the machine tool spindle taper and construction.
Thread milling is a beneficial process of producing accurate screw threads over traditional tapping methods as it offers advantages of reducing stocks (one tool with different inserts can produce multiple thread forms) also in terms of process security eliminating scrap caused by tap breakage, particularly advantageous on high value workpieces and materials deemed as difficult to machine such as Titanium, Inconel and other heat resistant super alloys.
- For further information download the PDFs below:-
- Fraisa Carbide End Mills 2007 Catalogue - Click Here
- Fraisa Favora Carbide End Mills 2007 Catalogue - Click Here
- Fraisa High Performance Indexable Inserts 2007 Catalogue - Click Here
- Fraisa HSS End Mills 2006 Catalogue - Click Here
