DEK NeoHorizon 03ix SMT Stencil Printer Standard cycle time: 8 seconds + processMaximum printing surface: 510 mm (X) × 508,5 mm (Y)Weight: Approx. 690 kgDEK HawkEye 750 digital cameraProduct description: DEK NeoHorizon SMT Stencil Printer, Standard
DEK NeoHorizon 01ix SMT Stencil Printer Standard cycle time: 6.5 seconds + processMaximum printing surface: 510 mm (X) × 508,5 mm (Y)Weight: Approx. 690 kgDEK HawkEye 1700 digital cameraProduct description: DEK NeoHorizon SMT Stencil Printer, Standa
2.0 Cpk @ +/- 12.5µm, (±6 Sigma) * Process Alignment Capability >2.0 Cpk @ +/- 25µm, (±6 Sigma) * Standard cycle time 10 seconds + process Maximum printing surface 508 mm (X) × 508 mm (Y) User interface Touchscreen, keyboard a
New Equipment | Solder Paste Stencils
DEK’s Nano-ProTek technology is a permanent, hydrophobic nano-coating that, when applied to the bottom-side of the stencil foil and stencil aperture walls, minimizes solder paste’s ability to stick to the foil surface. Up to a 10X increase in the num
ProDEK is an innovative and high performance closed loop system tool designed to ensure optimisation of the printing performance. Communicating between the DEK screen printer and solder paste inspection machine to identify any potential problems, Pro
The Viking delivers access to added value features and advanced options never before available in semi-auto formats including fully automatic vision alignment, the DEK adjustable stencil mount, ProFlow and 2D inspection. Stencils up to 29" x 29" can
New Equipment | Solder Materials
Proposal Pro Contra Vaporphase OT2 SCAN-Ge XF3+ Large melting range Anti-Tombstoning Dull solder joints
With its modular design, the latest generation of our powerful screen printers is customizable for any customer-specific or application-specific requirements. Clamping systems, conveyors, toolings, paste management, verification, the new version of t
ProActiv is a breakthrough process technology that dramatically improves solder paste transfer efficiency with stencil printing. It redefines the boundaries of Area Ratio rules for stencil apertures, which dictate the smallest apertures that can be p