Business Details
11 Years
experience
Your Trusted Precision Engineering Partner in Kettering
Established in 2015 by Gary and Jamie, Tool Engineering has grown from a local machining provider to a nationally recognised precision engineering firm. Our expertise lies in delivering high-precision CNC machining solutions, utilising advanced technologies such as 5-axis milling, automated turning, and Hypermill CAD/CAM software. With six CNC machines, including three automated systems, we serve diverse industries while maintaining ISO9001:2015 certification for quality assurance. Our dedicated quality control office ensures full traceability and precision in every component produced. We prioritise innovation, investing in cutting-edge technology to enhance efficiency and accuracy.Our team combines decades of engineering experience with a commitment to mentoring future talent through annual trainee programmes. Transparency and reliability underpin our client relationships, ensuring tailored solutions that meet exact specifications. By blending technical expertise with continuous improvement, we aim to exceed industry standards and client expectations. Our strategic focus on automation and advanced manufacturing processes positions us to handle both low-volume prototyping and high-volume production. As a Kettering-based business, we remain deeply connected to our local industrial community while serving clients nationwide.
Services
CNC Milling
CNC Turning
5-Axis Machining
Automated Production
CAD/CAM Programming
Details
- Year established: 2015
Highlights and features
- We maintain ISO9001:2015 certification for quality assurance
- Our 6 CNC machines include 3 automated systems for efficiency
- We use Hypermill CAD/CAM software for advanced programming
- Dedicated quality control office with full traceability
- Annual trainee programmes ensure skilled workforce development
Associations and certifications
- ISO 9001
Services
CNC Milling
Our CNC milling capabilities include 3-axis and 5-axis machining up to 1000x600mm table capacity. Using DMG Mori and XYZ machines, we produce complex components with tight tolerances. Automated systems ensure consistent quality for medium to high-volume runs.
CNC Turning
Specialising in bar turning up to 150mm diameter with twin-spindle and Y-axis milling capabilities. Our DMG Mori CLX series machines enable 'one-hit' machining for reduced lead times. High-volume production supported by gantry loading systems.
5-Axis Machining
Advanced 5-axis machining using DMG Mori CMX 70U with PH150 pallet automation. Enables single-setup production of complex geometries with part and tool probing for precision. Ideal for aerospace and medical sector components.
CAD/CAM Programming
Offline programming using Hypermill software for 3-5 axis machining. Ensures optimal toolpaths and reduced setup times. Full digital integration from design to production for enhanced accuracy and efficiency.
Quality Assurance
Dedicated quality control with full traceability and inspection reports. ISO9001-certified processes ensure compliance with industry standards. Advanced measurement equipment guarantees dimensional accuracy across all production batches.
People
Jamie Foster
Managing Director
Co-founder of Tool Engineering with 15+ years in precision machining. Leads strategic growth and technology investment. Advocates for engineering apprenticeships to develop future industry talent.
Questions
What industries do you serve?
We supply precision-engineered components to aerospace, medical, automotive, and general engineering sectors nationwide.
Are you ISO9001 certified?
Yes, we maintain ISO9001:2015 certification with annual audits to ensure quality standards.
What machining capabilities do you have?
We offer CNC milling (3-5 axis), turning (up to 150mm bar capacity), and automated production systems.
How do you ensure quality?
Our dedicated quality control office uses advanced measurement equipment with full traceability and inspection reports.
Do you offer prototyping services?
Yes, our flexible setup accommodates low-volume prototyping through to high-volume production.
