Part of SANDVIK COROMANT
Company
Strength
The industrial world of Aluminium machining in the Automotive industry is growing and requires faster and more accurate tools, which will in turn assure higher quality control standards. Our target is to reduce operating cost by cutting machining times and improving product quality.PREZISS DIAMANT is proud to offer a complete package of customized reaming solutions. Our unique tools for hole finishing applications provide increased manufacturing productivity. PREZISS's most experienced reaming specialists help to guide customers in selecting the best and optimal reaming tool solution for a particular application, in order to achieve the highest finishing standards and achieve production challenges. We concentrate on the most important aspects, which will consistently lead our customers to successful and profitable hole finishing.
We can provide specific solutions according your production needs. We are expertise on designing and producing an extended engineered solution to achieve the best results, combining different fine boring geometries.
Proven solutions approved by results from many years of hard work and experience give us the huge challenge to design and produce high precise combined task PCD Fine Boring Tools and Reamers to machine perfect and accurate holes reducing downtimes and get real balanced productivity. We at PREZISS design and manufacture multi-task cutting tools that provides an advanced level of reliability in vehicle components such as Transmission housing, steering Knuckles, Brake pumps, cylinder heads, Motor Blocks and other aluminum automotive components.
A Turbo Charger is a turbine device that increases the combustion efficiency and power output of engines. This complex aluminium component requires the engagement of accuracy and reliability in production as a Key takeaway point in a balanced compromise to success. At Preziss have the Knowledge and know how to achieve the comprehensive production of turbo Chargers with engineered PCD tooling solutions.
A preliminary rough boring tool that acts in one shot pass to finish the committed mesurements with a full integrated profile PCD fine boring tool capable to finish in tolerance and roughness. An optimized cutting geometry for a belt machining tool for the efficient circular milling external areas and a full PCD drill for a high performance hole making. All cutting tools are delivered for internal cooling and fine balanced.
In automotive suspension, a steering knuckle is that part which contains the wheel hub or spindle, and attaches to the suspension components. The wheel and tire assembly attach to the hub or spindle of the knuckle where the tire/wheel rotates while being held in a stable plane of motion by the knuckle/suspension assembly. Steering knuckles come in all shapes and sizes. Their designs differ to fit all sorts of applications and suspension types. However, they can be divided into two main types. One comes with a hub and the other comes with a spindle.
We developed a highly effective production tooling system that ensures the machining process is of excellent quality surpassing all accuracy and roughness requirements hoped in the fine boring housing as the hight performance achieved in the milling operations where configured an engineered by multi-tasking milling trains capable of machining in one pass and the optimized rough and drilling sequence that avoid downtimes by tool changes and unforeseen events during the component machining.
Cylinder heads need to be robust. They have to withstand huge pressures and very high temperatures, while retaining their shape and form to seal the cylinder block via the head gasket. They’re key to controlling air flow in and out of the cylinders and fuel deployment. The inside of the cylinder head contains a number of passages – known as ports or tracks – and the air mix travels along these to the inlet valves. Other tracks inside the cylinder head are the route by which the exhaust gases travel when leaving the main engine block.
Precision Fine boring tools for the machining of the valve guide and seat. The seat cutting tool element ensures gas tight seals and achieve the dimensional stability of the valve seats. the PCD reaming tools produce a perfect and accurate valve guide, thanks to its double entrance and multiple cutting edges reducing cycle time processes.
The Line Boring cylinder head camshaft housing with the piloting tool and the line boring reaming tool must have high accuracy to meet the requirements needed to achieve the diameter in the head casting and one half in a separate cap or carrier.
A transmission is a machine in a power transmission system, which provides controlled application of the power. Often the term transmission refers simply to the gearbox that uses gears and gear trains to provide speed and torque conversions from a rotating power source to another device. The most common use is in motor vehicles, where the transmission adapts the output of the internal combustion engine to the drive wheels. Such engines need to operate at a relatively high rotational speed, which is inappropriate for starting, stopping, and slower travel. The transmission reduces the higher engine speed to the slower wheel speed, increasing torque in the process. Transmissions are also used on pedal bicycles, fixed machines, and where different rotational speeds and torques are adapted.
Spot face, profiling, back boring and reaming all operations that can be mixed in one tool to optimize the machining process with advanced cutting parameters that reduces cycle time.
PCD SOLID HEAD REAMER. 4 to 8 PCD cutting edges, Solid Carbide body & internal coolant holes. A PCD precision fine Micro-Reamer for the efficient machining process of small hole diameters such as Valve seat and guide in a cylinder head. This new technology delivers enhanced performance, improved efficiency and higher productivity.
Small diameter PCD reamers, from Ø3 up to Ø10mm diameter range, available from 4 to 10 flutes. The final solution with maximum performance and accuracy now available for small hole diameters.
