PCT(https://www.pctebi.com) offers innovative and reliable electron beam (ebeam) systems for a multitude of industrial applications. Our systems feature our patented, integrated shield roll design and the latest digital technology in high voltage power supplies.

  • The specification and design can be changed by a customer’s requirements.
Powerful, robust and reliable. ebeam engine’s sealed design means no vacuum pump and no maintenance. The dynamic, high performance ebeam Lamp is available with a beam energy between 70keV and 300keV. It ushers in a new dimension in ultra-compact engines, allowing for the miniaturization of production lines.
(https://www.ebeamtechnologies.com)

Electrons leave vacuum tube through ultra-thin window

1. Ultra-high vacuum
2. High voltage insulator
3. Glowing filament generates electrons
4. Electrons are accelerated in a strong electric field

Designed for curing lightweight coatings and inks on narrow webs

Our Core 100 can accommodate virtually any flexible packaging handled by the HP Indigo 20000 press. With a top speed of up to 600 fpm, it can keep up with multiple presses. With numerous options for overprint varnish (OPV) finishes, you can choose the best effect to make your packaging stand out on any shelf. Best of all, ebeam’s instant-curing process means you can turn around orders in an instant!

Technical Specifications Values
Accelerating Voltage 80 to 100 kV
Maximum Uniform Beam Width 30 in[760 mm]
Maximum Production Speed 600 ft/min[183 m/min]
Maximum Surface Dose Rate for 100 kV 3 Mrad @ 600 ft/min[30 kGy @ 183 m/min]
Cross-web Uniformity ≤ ±8.0% variation
Nitrogen Inerting Level ≤ 200 ppm O2
Product Clearance 0.050 in[1.25 mm]
Web Support Patented integrated shield roll
Dimensions (H x W x D) 40 x 100 x 59 in[100 x 255 x 149 cm]
Facility Requirements Electricity, cooling water, and nitrogen
Noise Level < 70.0 dB(A)

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Designed to fit a wide range of curing, laminating, and light crosslinking applications

Interested in the sustainability and flexibility of using ebeam-cured inks or coatings? What about in-line curing of a laminate? Coil coating? There is an Omnia system ready to work for you. And no matter the job, our patented, integrated shield roll design allows you to enjoy all the benefits of a chill roll without sacrificing ease of use. Innovative design and reliable operation – Omnia delivers both.

Technical Specifications Values
Accelerating Voltage 80 to 150 kV
Uniform Beam Width 36 to 108 in[910 to 2,740 mm]
Maximum Production Speed 1,300 ft/min[400 m/min]
Maximum Surface Dose Rate[Model and Voltage Dependent] 3 Mrad @ 1,300 ft/min[30 kGy @ 400 m/min]
Cross-web Uniformity ≤ ±8.0% variation
Nitrogen Inerting Level ≤ 200 ppm O2
Product Clearance 0.050 in[1.50 mm]
Web Support Patented integrated shield roll
Dimensions (H x W x D)[36 in Beam Width] 53 x 105 x 83 in[135 x 266 x 210 cm]
Facility Requirements Electricity, cooling water, and nitrogen
Noise Level < 70.0 dB(A)

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The workhorses of ebeam processing equipment, used for the most demanding, high power applications

With accelerating voltages of up to 300 kV, these systems have the capacity to take on challenging applications. Need to crosslink multi-layer films, cure thick opaque coatings, or process PSAs? Invictus is the proven answer for reliable performance.

Technical Specifications Values
Accelerating Voltage 80 to 300 kV
Uniform Beam Width 47 to 91 in[1,194 to 2,320 mm]
Maximum Production Speed 1,300 ft/min[400 m/min]
Maximum Surface Dose Rate[Model and Voltage Dependent] 13 Mrad @ 1,300 ft/min[130 kGy @ 400 m/min]
Cross-web Uniformity ≤ ±8.0% variation
Nitrogen Inerting Level ≤ 200 ppm O2
Product Clearance 0.125 in[3 mm]
Web Support Patented integrated shield roll
Dimensions (H x W x D)[47 in Beam Width] 145 x 185 x 170 in[370 x 470 x 430 cm]
Facility Requirements Electricity, cooling water, and nitrogen
Noise Level < 70.0 dB(A)

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Designed to use a sealed emitter allowing for installation in a wide variety of shielded configurations

Our innovative system designs leverage sealed-emitter technology to deliver the benefits of ebeam to R&D lines, narrow web, or 3D part applications. The Dynamic series connects a full range of ebeam capabilities with creative configuration concepts.

Technical Specifications Values
Accelerating Voltage 80 to 300 kV
Maximum Uniform Beam Width 14.2 in[360 mm]
Maximum Production Speed[Model and Voltage Dependent] 328 ft/min[100 m/min]
Maximum Surface Dose Rate for 80 kV 3 Mrad @ 328 ft/min[30 kGy @ 100 m/min]
Cross-web Uniformity ≤ ±10.0% variation
Nitrogen Inerting Level ≤ 200 ppm O2
Product Clearance Various
Product Support Patented integrated shield roll, beam absorber, or other
Potential Dimensions (H x W x D) 19 x 48 x 26 in[48 x 122 x 66 cm]
Facility Requirements Electricity, cooling water, and nitrogen
Noise Level < 70.0 dB(A)

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Run proof-of-concept tests, product development trials, and limited production runs

Our electron beam (ebeam) pilot line, located in Davenport, Iowa, allows customers to run proof-of-concept tests, product development trials, and limited production runs in order to ascertain how ebeam technology can improve a wide variety of key process performance parameters. From crosslinking plastic film and adhesives to curing overprint varnishes on printed material, our pilot line can be configured to accommodate a variety of applications.

Technical Specifications Values
Accelerating Voltage 100 to 300 kV
Maximum Single-pass Beam Penetration 0.028 in[700 μm]
Maximum Web Width 26 in[660 mm]
Maximum Roll Diameter 36 in[910 mm]
Core Size 3 or 6 in[76.2 or 152.4 mm]
Maximum Roll Weight 1 ton[0.9 metric tonnes]
Web Tension 5 to 100 lbs[22 to 440 N]
Line Speed[Application Dependent] 10 to 500 ft/min[3 to 180 m/min]
Maximum Single-pass Dose[Speed and Voltage Dependent] 30 Mrad[300 kGy]
Maximum Corona Treatment Power 3.2 kW
Coat Weight 0.07 to 0.72 lb/ft2[3 to 30 g/m2]

· no vacuum pump
· no maintenance
· Instant ON/OFF
· Flexible, precise and efficient
· Width: 0.25m / 0.38m
Model EBE-200/270
EBE-200/400
Energy range 80-200 keV
Max. power 3.7 kW(…/270 ver.)
4.0 kW(…/400 ver.)
Beam length @ 10 mm 255 mm(…/270 ver.)
380 mm(…/400 ver.)
Surface dose rate at max. voltage (kGy x m/min/kW) 484(…/270 ver.)
327(…/400 ver.)
Weight 12.3 kg(…/270 ver.)
13.2 kg(…/400 ver.)

Components:
High voltage power supply
Cable
ebeam lamp
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User friendly
– Large screen (up to 19″)
Safe
– Fully shielded. No personal dosimeters needed
Versatile
– Large, adjustable sample holder
Powerful and flexible
– From 80 to 300eV
Real Science
– Detailed records of test parameters as printout or download
Reliable
– Auto-K function and SPS control with memory function
Convenient
– Compact, freestanding
Maintenance-free
– No vacuum pump. No need to change foils, cathodes, or cables
Model EBLab 200
Voltage range 80-200 keV
precision >99%
Max. power ebeam Lamp 2.25 kW
Max. beam current
(voltage dependent)		 20 mA
precision >99%
Sample size DIN A4 (216×297 mm)
Sample transport speed 3-30 m/min
Weight ca. 1200 kg
Size 1322, 1027, 1828 mm

Model EBLab 300
Voltage range 80-300 keV
precision >99%
Max. power ebeam Lamp 4.5 kW
Max. beam current
(voltage dependent)		 20 mA
precision >99%
Sample size DIN A4 (216×297 mm)
Sample transport speed 3-30 m/min
Weight ca. 2500 kg
Size 1760, 980, 1750 mm

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· World’s most compact electron beam inkjet dryer
· Enables inline processing with narrow web
· Accessible for print, packaging and converting
· Easily integrated in digital printing systems
Model ebeam Compact 80/400
Accelerating voltage 80 kV ±1%
Max. beam power 2.7 kW
Maximum beam current (voltage dependent) 34 mA ±0.5%
Web speed range 20 – 100 m/min
Max. web width 400 mm
Max. uniform beam width 360 mm
Air gap 3 mm

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