Take a closer look at how these two British suppliers to the oil and gas industry are investing in advanced machining technologies to speed up production, reduce operating costs, ensure higher part quality, and future-proof their manufacturing capabilities to further increase the confidence of their customers.
New powertrain components. More sensors and electronics parts. Increasing part complexity. Difficult to cut materials. Faster delivery. How do automotive suppliers navigate to profitability through this stormy sea of lightweighting and driverless cars?
Competition can be brutal in the aerospace supply chain. To help your shop stay competitive on job bidding, these new machines can hit your bottom line by saving more time and labor, processing ever more complex parts quicker and more accurately – and doing it all with less of that extremely expensive material.
This orthopedics manufacturer achieves one hit machining in an automated lights-out environment using advanced turn-mill machines that take their custom implants for coated hip replacement to a whole new efficiency.
The Dallas facility will serve the defense, aerospace, medical, automotive, energy and construction industries.
A wide range of Nakamura-Tome multitasking turning centers and strategies for machining precision parts was recently displayed by Methods Machine Tools.
Mazak's area manufacturers gain applications support, training and comprehensive production solutions.
The VTC-805E Vertical Traveling Column Machining Center and VARIAXIS i-600 full simultaneous 5-axis Multi-Tasking high speed machine from Mazak bring high versatility and productivity to the production of parts used in oil and gas applications.
The CUT 200 Dedicated wire EDM and compact Mikron MILL P 800 U ST mill-turn machine from GF Machining Solutions are ideal for boosting efficiency and accuracy in the machining of aircraft parts from advanced materials.
The Sphero from Thielenhaus Microfinish is ideal for absolutely reliable machining of the entire outer surfaces of spheres and the inner surfaces of cups.