We are the ultimate source for manufacturing of rapid prototypes in Harrow,UK . Our experienced team at Wayken Rapid Manufacturing is ready to serve you with all our latest technologies work. We also provide swift prototyping and hasty tooling services. To get more details,please visit our website !

HPC Services Ltd is a subsidiary to Hemlock Engineering Ltd. Founded in the year 1991 their office is based in the city of Derbyshire, United Kingdom. Establishing the branch, Hemlock engineering Ltd needed to come up with a solution for high precision shafts, specifically for the printer/date coding sector. With the use of a machine called the single Citizen sliding head machine, it became easier for HPC Services Ltd to provide accurate and fast CNC milling, turning and other engineering services. Although the company guarantees high quality mechanisms, they offer them a

Hemlock Engineering Ltd provides CNC milling and CNC turning services. With 30 years of dedicated service to the industry, Hemlock is regarded as one of the most trusted subcontract manufacturers in the UK. With a diverse ability to take projects from prototype to the production line, Hemlock Engineering stands head and shoulders above their competitors. Boasting a bespoke production system, Hemlock Engineering Ltd is able to schedule and control the operations on component fabrication. Please call Hemlock Engineering Ltd on 0115 939 3305 for more information.

Metalworking Machines and Tools TMX Bison Metalworking Tools Elektrim Electric Motors CNC Metalworking Machine Tools |www.toolmex.com| Toolmex was founded in 1973. Our purpose is to provide European quality metalworking machines , machine tools , tooling accessories , and electric motors to the United States, Canada, United Kingdom , and Latin America. Toolmex Corporation has three divisions: Bison / TMX : The tooling division provides machinists with an extensive line of metalworking tools including lathe chucks, spindle tooling, CNC vises and fixtures, tool storage systems, turning tools, mi