We are based in the heart of England and specialise in the manufacture of repetitive turned components using multi-axis CNC sliding head lathes up to 32mm in diameter and 600mm in length. We can work with ferrous, non-ferrous and exotic materials, as well as nylons and plastics. We have the capability of producing complex geometrical shapes as well as simplistic parts, all of the highest quality, in batches of 500 to 250,000+ to the customer's specification and on time.
We have the technical ability to produce components to fine tolerances and surface finishes. Work with customers to develop new products, advise on design from a manufacturing point of view using most cost-effective production methods. Assemble or provide a kitting service with either free issue proprietary items or sourced to your requirements, carried out in a clean environment.
We have the technical ability to produce components to fine tolerances and surface finishes. Work with customers to develop new products, advise on design from a manufacturing point of view using most cost-effective production methods. Assemble or provide a kitting service with either free issue proprietary items or sourced to your requirements, carried out in a clean environment.
Services
A-Bax Precision Engineering Ltd was established in 2006 when the opportunity arose to take over an existing engineering company which had been operating from the same premises for 26 years producing carburettor jets.
Alan Baxendale is the majority shareholder and Managing Director.
We currently produce parts for a large, global automotive supplier, small to medium-sized companies in other industries, such as motor sports, electronics, hydraulics, plumbing and model engineering.
Alan Baxendale is the majority shareholder and Managing Director.
We currently produce parts for a large, global automotive supplier, small to medium-sized companies in other industries, such as motor sports, electronics, hydraulics, plumbing and model engineering.
Our machines are able to perform multi-tasks such as off centre end working, cross milling/drilling/tapping, screw cutting and turning operations and, in some cases, simultaneously within each path, e.g.
Operations are split across the main and sub-spindle and with careful tool selection and skilled programming, cycle times are minimised whilst maintaining finish, tolerance and effective tool life.
This part of the planning process is where we keep the costs down.
We are experts in complex machining and any of the following operations can be undertaken on our machines, together with more conventional tasks such as turning, milling, drilling, reaming and boring.
Operations are split across the main and sub-spindle and with careful tool selection and skilled programming, cycle times are minimised whilst maintaining finish, tolerance and effective tool life.
This part of the planning process is where we keep the costs down.
We are experts in complex machining and any of the following operations can be undertaken on our machines, together with more conventional tasks such as turning, milling, drilling, reaming and boring.
The reason we chose Tornos is that the rigidity and robust build of the machines giving speed, precision, excellent surface finish, adequate swarf clearance and the power to machine difficult materials, together with excellent and reliable customer service.
The Tornos TB-Deco software helps us to predict cycle times before any tooling is ordered by combining simultaneously the movement and multi axis interpolation for machining complex profiles along with the extremely rapid displacement of tooling.
The Tornos TB-Deco software helps us to predict cycle times before any tooling is ordered by combining simultaneously the movement and multi axis interpolation for machining complex profiles along with the extremely rapid displacement of tooling.
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