Looking for better edge breaking results?
MACHINING & MACHINERY
TextureJet has just completed an extensive research project into the repeatability of edge break treatments on nickel superalloy using its technology.
TextureJet’ s Stat ® technology was already proven to achieve higher quality edge finishing in a 2024 White Paper. This result was achieved through increased repeatability and precision compared to the current methods utilised in edge finishing of aerospace components.
The new research shows that compared to manual brush deburring, TextureJet achieves four times more precision and, compared to automated brush deburring, it achieves nearly two times more precision. For precision component manufacturers this means better control for the edge profile created, which will improve the quality of the products processed and deliver cost savings by eliminating scrappage.
The electrolyte is delivered via a nozzle to the component. An electrical charge is passed between them, causing a controlled amount of material to be removed from the component surface.
The removed material is dissolved in the electrolyte, washed away, filtered, and the electrolyte is recycled through the process.
Key Benefits of Electrochemical Jet Machining
· High Precision without Masking Ability to machine complex shapes with high precision without the need for masking, saving time, cost and waste.
· Suitable for Hard to Machine Materials Suitability for hard-to-machine materials regardless of their hardness or toughness.
· High Quality Finish Excellent surface finish with no microcracks, deformation or residual stress.
What is Electrochemical Jet Machining technology?
Electrochemical Jet Machining( ECJM) is a precise adaptation of more traditional Electrochemical Machining which can be used on any conductive material.
www. texturejet. com
Dawn of a new era at Markyate Precision Machining
Markyate Precision Machining is entering a new era as Managing Director Dean Bygate leads the next stage of the company’ s evolution. With long-term contracts secured across defence, energy and industrial markets, Dean is reshaping the business for the demands of modern UK manufacturing while staying true to its family-run foundations.
A key milestone this year was the acquisition of a dedicated new unit for assembly and packaging operations. This expansion not only strengthens the company’ s commitment to contract manufacturing but also allows the main facility to be reorganised for improved flow, productivity and increased capacity.
To support this growth, Markyate has invested in advanced automation— including a new Matsuura H. Plus-405 multipallet machining centre. This high-utilisation platform increases spindle uptime, supports existing production requirements and opens valuable capacity for new opportunities.
People remain central to the company’ s strategy. As Dean explains,“ Our biggest investment isn’ t machinery— it’ s the exciting young talent we’ re bringing through the business. Their capability and ambition are what will drive Markyate forward over the next decade.” This focus is reinforced by structured development pathways and hands-on training across the shopfloor.
With expanded capability, a modernised layout and a new generation of leadership,
Markyate Precision Machining is positioning itself for the next decade of high-accuracy, high-reliability manufacturing in the UK. www. markyateprecision. co. uk
Issue 78 PECM 79