Formula 1 & other high-end racing teams require machining partners with flexible & intelligent production control, around the clock operation, aerospace standard QMS and customer satisfaction as a top priority. Di-Spark Ltd offer all of these benefits and more.
Having worked within the Formula 1 machining sector for many years producing complex, high specification racing components – we are well versed to the high octane, quick-response & short lead-time nature of the Formula 1 Arena. We supply and often combine the following machining processes to achieve a high quality, lean manufacturing solution via multi-operational & multi-process automated machining.
Di-Spark Precision Formula 1 Machining and +GF+ AgieCharmilles, assisting Formula One legends of the future with machining innovation…
Formula 1 Machining – 5 Axis Machining
Using the very latest innovations in prismatic component machining, Di-Spark work closely with AgieCharmilles in order to stay at the forefront of Formula 1 machining technology with HPM (High Performance Milling) automated, multi-operation 5 axis machining centres.
Formula 1 5 Axis Machining at Di-Spark
Formula 1 Machining – Large & Heavy Machining
The Agie Charmilles HPM 1350U automated 5 axis machining centres are titanic, capable of handling large machining and heavy machining with multiple operations from a single setup – suitable for the formula 1 machining of parts or components which span the length of the Formula 1 chassis.
Formula 1 Large Machining at Di-Spark
Formula 1 Machining – CNC Mill-Turn Machining
Our CNC mill-turn division is a quick-response, state of the art factory cell, suitable for Formula 1 machining, milling and turning. Running around the clock with an emphasis on quality control and timely delivery at a competitive price, mill-turn at Di-Spark is a smart choice for the quick turnaround of high quality components.
Formula 1 CNC Mill Turn Machining at Di-Spark
Formula 1 Machining – Wire Erosion (Electric Discharge) Machining
The non-contact nature of wire erosion machining makes the wire electrical discharge machining process highly suitable for Formula 1 machining of hardened or difficult-to-machine materials, such as hardened steels, aerospace aluminium or titanium alloys. Combined with 5 axis machining, wire erosion machining is an apt choice for retaining hard-material integrity during the machining of intricate sections of a component, using an electrically charged wire to ‘erode’ the material.
Formula 1 Wire Erosion Machining at Di-Spark
Formula 1 Machining – Spark Erosion (Electrical Discharge) Machining
Traditionally used for tool making and often referred to as die-sink machining, spark erosion is useful for Formula 1 machining – again for the machining of hardened materials or materials which tend to distort under traditional machining methods. Using a die which is ‘sunk into the material’ whilst submerged in dielectric fluid, spark erosion is a non-contact machining process suitable for conductive materials, and is often combined with mill-turn and/or 5 axis machining.
Formula 1 Spark Erosion Machining at Di-Spark
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