MecWash: Enhanced Production with MecWash MWX400 System

HellermannTyton is a global leader in cable management solutions, supplying high-performance products to the aerospace, automotive and electrical sectors. At its Plymouth facility, the company manufactures heat-shrinkable tubing and related components. These products require precise cleaning processes to maintain their integrity, as excessive heat during cleaning could cause premature shrinkage and render the components unusable.

Maintaining strict quality standards while meeting rising production demand prompted HellermannTyton to seek increased cleaning system capacity. However, the cleaning challenge was tough:

  1. Temperature Sensitivity – Heat-shrinkable tubing must never exceed 38°C during cleaning and drying.
  2. Contaminant Removal – Silicone residue, notoriously difficult to remove, needed to be consistently eliminated to guarantee product performance and quality.

HellermannTyton had already invested in a MecWash Midi system, which had proven reliable over time. However, increasing production volumes required an additional system capable of meeting both the technical requirements of sensitive heat-shrinkable parts and the operational demand for 24/7 production.

The MWX400 is the second parts washing system built by MecWash for HellermannTyton. 

After consulting with MecWash Systems, HellermannTyton installed the MecWash MWX400, a precision aqueous parts-cleaning system specifically designed for complex cleaning applications and sensitive materials.

The MWX400 offered three critical advantages:

  • Ultrasonic Cleaning – Dislodges and removes stubborn silicone contamination.
  • Specialist Cleaning Chemistry (MecWash AC33) – A formula developed for plastics that ensures excellent cleaning results without damaging delicate components.
  • Low-Temperature Drying – Maintains precise control to keep parts below the 38°C threshold.

This bespoke solution was developed in close collaboration between MecWash sales manager Paul Jarratt and the HellermannTyton team to ensure all process requirements were met.

“Maintaining product integrity is critical at HellermannTyton. The MWX400 provides ultrasonic cleaning, designed to target, dislodge and remove stubborn silicone deposits, while its low-temperature drying ensures the heat-shrinkable parts remain within safe thermal limits.”
— Paul Jarratt, Sales Manager, MecWash Systems

The MecWash MWX400 provides a complete removal of silicone residues while protecting the delicate components.

The introduction of the MWX400 delivered significant benefits to HellermannTyton’s operations:

  • Increased Production Capability – The system enables continuous, around-the-clock operation (24/7), scaling production without compromising quality.
  • Consistent Quality – Ultrasonic cleaning combined with MecWash AC33 ensures complete removal of silicone residues while protecting delicate components.
  • Proven Reliability – This is HellermannTyton’s second MecWash system, underlining its confidence in MecWash technology and support.

“The MWX400 allows us to clean and dry heat-shrinkable components at the precise temperature needed to maintain quality, while removing even the most stubborn silicone residues. It has increased our production capacity and runs reliably 24/7.”
— Steve Walker, Continuous Improvement Engineer, HellermannTyton

MecWash has over three decades of experience in advanced aqueous cleaning solutions, serving industries such as automotive, aerospace, hydraulics, and medical. The company’s systems are designed to handle the most stringent manufacturing demands, with robust engineering that ensures longevity.

“Building a second parts washing system for HellermannTyton is another example of the repeat business MecWash enjoys. The combination of the Midi and MWX400 has generated substantial improvements to the efficiency of their cleaning process. With proper maintenance, these systems will continue to deliver reliable performance for years to come.”
— John Pattison, Managing Director, MecWash Systems

By adopting the MecWash MWX400, HellermannTyton has strengthened its production capability, ensuring both quality and scalability in its cable management solutions. The partnership underscores MecWash’s ability to tailor precision cleaning systems for critical applications where consistency, reliability, and product integrity are paramount.

 

Engis: ElectroMill® Diamond Milling Tool – One Tool, Endless Possibilities

Engis ElectroMill Diamond Finishing Tools
The Engis ElectroMill is designed to produce high quality, flat milled surfaces including interrupted cuts or machining bi-metallic materials

Engis Corporation, an industry leader respected throughout the world for providing high-quality superabrasive finishing systems, showcased the ElectroMill Diamond Milling Tool at the recently held IMTEX 2025 Exhibition, as part of its Electrogrip® superabrasive solutions.

The flat machining of bi‐metal surfaces or milling applications involving an interrupted cut can present daunting challenges to PCD or carbide milling cutters.  The inserts may chip during the milling process, resulting in high machining costs and elevated levels of sub‐standard or rejected parts. The Engis ElectroMill is designed to produce high quality, flat milled surfaces, even if an interrupted cut is present or multiple materials need to be machined simultaneously. It effectively replaces expensive, complex cutters in high volume applications such as high strength alloys, stainless steel, ceramics, cast iron, fiberglass pipe, composites and aluminum.

Features and benefits include high stock removal rates, stress-free cutting action, extended tool life, industry standard adapter mountings and milling cutting dimensions.  Additionally, superabrasives deliver longer tool life than conventional milling technology.

Combined with high pressure coolant, the ElectroMill can machine several materials to an extremely accurate value of flatness with very low tooling costs.  On cast iron, this hybrid tool can achieve flatness of up to 20 µm and surface finishes as smooth as 8 Ra over a single continuous length of 25,000 inches.  In some cases, customers have been able to reduce scrap and reworks significantly; this contributes to increased productivity and an improved bottom line.

ElectroMill has been used successfully in the marine, small engine automotive, off-road, agriculture, aerospace and defense industries, as well as ferrous, non-ferrous and exotic materials.

Please contact us for more information on the new Engis Electromill Diamond Milling Tools.

HORN: Milling Systems

Horn Milling Systems

Presenting a demo of Milling Solutions from Horn.   The demo showcases a variety of different HORN milling cutters – the tangential milling system 409, high feed milling system DAHM, milling system DS and milling system DG.

 

HORN: DAH High Feed Milling System

 

High Chip Volume with High-Feed Milling

Paul Horn GmbH is pleased to present a new development for high-feed milling. The DAH82 and DAH84 systems from Horn represent a new generation of products for this milling process. The precision-sintered insert has eight usable cutting edges, resulting in a low cost per edge and a high level of cost-effectiveness. Despite the negative mounting position, the positive cutting geometry ensures a smooth and soft cut combined with good chip removal. Horn offers the inserts in the substrate SA4B, which is suitable for universal use in various materials. The large radius on the main cutting edge of the indexable insert results in a soft cut, ensures even distribution of the cutting forces and, in turn, extends the tool life. The maximum cutting depths supported are ap = 1.0 mm (0.039″) (DAH82) and ap = 1.5 mm (0.059″) (DAH84).

The DAH82 variant is available as an end mill and screw-in milling cutter in the following diameters: 20 mm (0.787″) (z = 2), 25 mm (0.984″) (z = 3), 32 mm (1.260″) (z = 4), 35 mm (1.378″) (z = 4) and 40 mm (1.575″) (z = 5). As an arbour milling cutter, it is available in diameters of 40 mm (1.575″) (z = 5), 42 mm (1.654″) (z = 5) and 50 mm (1.969″) (z = 6). For diameters in excess of 50 mm (1.969″), the larger DAH84 indexable insert is used. This can be supplied as an arbour milling cutter in the following standard diameters: 50 mm (1.969″) (z = 4), 52 mm (2.047″) (z = 4), 63 mm (2.480″) (z = 5), 66 mm (2.598″) (z = 5), 80 mm (3.150″) (z = 6), 85 mm (3.346″) (z = 6), 100 mm (3.937″) (z = 7) and 125 mm (4.921″) (z = 8). All tool bodies receive a special surface treatment, which results in high strength and hardness, thereby providing long-term protection against abrasive wear from chips.

Please contact us for more information on the Horn DAH High Feed Milling solutions.