JH Lavender & Co Ltd. (JHL) in the West Midlands have recently committed to a £2-million-pound investment programme in order drive their business operations forward into 2017 and beyond. This strategy has been adopted to ensure the Company’s future as one of the largest and most successful UK based aluminium foundries. JHL was originally founded [...]
JH Lavender & Co Ltd attended the manufacturing event of the year Automechanika at Birmingham NEC in June to showcase our products and services.
The capital investment program at JH Lavender continues with the delivery and installation of a new Fanuc robodrill a-D21LiA5 high power version vertical machining centre. This investment increases the number of our vertical machining centres to six
JH Lavender are pleased to announce we are exhibiting at the Automechanika exhibition in Birmingham from the 7th – 9th June come and visit our stand 9A51. Please feel free to visit ourselves to meet the team for a full introduction into our services we can offer .
Start of a new year and further investments continue on the same basis as the previous years, JHL have invested in 2 x new Mazak 200 quick turn machines to complement our current CNC machine plant capacity. This allows JHL to offer all our current and potential customers a far greater variety of machining operations [...]
JHL install 2 new Colosio 750T fully automatic die cast cells taking the total number of die cast machines in this range to 5 and in total to 12. This has increased the business capacity in order to meet the new project volumes. JH Lavender invests for future growth - read more [...]
JHL open a new building housing Quality and Technical centre as part of its drive to meet its new business growth
In the last few months the company has installed 4 Ramsell-Naber BT1300 style gas fired tilting furnaces, each with of capacity of 500 Kg. The furnaces are equipped with fully recuperative high efficiency burners and 3-term PID temperature controllers. To achieve even greater efficiency inverter controlled fans which throttle down as the molten aluminium approaches [...]
