How safe is E-beam for users?
Wasik self-shielded E-beams are designed for zero radiation emissions, ensuring complete safety for users and operators.
How complex are Wasik control systems for setting up treatment for multiple product types?
Our control systems are designed with simplicity in mind, allowing for easy setup of recipes tailored to treating multiple product types.
What is the lead time from PO to an installed E-beam?
Delivery times range from 6 months to 18 months, depending on the size and complexity of the system. Projects can be fast-tracked through Engineering/Long Lead Preliminary Orders to shorten lead times.
Can I send materials to Wasik for E-beam processing?
Wasik does not offer material treatment services. However, we are setting up a lab E-beam facility for customers to use in proof-of-concept projects.
Does Wasik offer financing for E-beam machines?
Wasik does not currently offer financing. A deposit may be required to commence the project, with payments scheduled throughout the process.
What is the benefit of an in-house E-beam versus using a service provider?
An in-house Wasik E-beam machine offers:
- Precise process controls for enhanced manufacturing quality.
- Flexible scheduling to align with production needs.
- Reduced risk of over- or under-processing, minimizing scrap rates.
Service providers may lack the customization and consistency that an in-house system ensures.
What is the expected useful life of a Wasik E-beam?
With proper maintenance, Wasik E-beam machines can operate reliably for decades, as long as they are used within their designed scope.
What happens if my E-beam system encounters a problem?
Wasik offers
- Ad hoc service calls to address immediate issues.
- A robust aftermarket parts program to support your system.
- Service and maintenance agreements to optimize performance over time.
Do I need a special electric supply for a Wasik E-beam?
No, a typical factory electric service of 440V is sufficient. The Wasik ICT Power Supply converts the input into the high-voltage needed to accelerate electrons, providing a low-electric-input, high-energy-output solution.