Model number: |
DEK Horizon 03ix |
Machine Alignment Capability: |
>2.0Cpk @ +/- 12.5µm, (±6 Sigma) |
Process Alignment Capability: |
>2.0 Cpk @ +/- 25µm, (±6 Sigma) |
Core Cycle Time: |
10 secs (9 secs with HTC option) |
Maximum Print Area: |
510mm* (X) x 508.5mm (Y) |
Vintage: |
Year 2011+ |
Printer Construction: |
One piece optimised welded frame |
ISCANTM Machine Control: |
Motion control using CAN BUS network |
Operating System: |
Windows 7 Standard embedded |
Lead time: |
7 working days |
|
|
Features:
1.Maschine Alignment Capability: ±12.5 µm @ 2.0 Cmk, (±6 Sigma)
2.Wet Print Capability: ±25 µm @ 2.0 Cpk, (±6 Sigma) – Certified by external system for every printer before delivery by standard
3.Core Cycle Time (CCT): 8 sec.
4.Perfect printing solution for high throughput and very high flexibility
As researched,Surface Mount Technology (SMT) Equipment Markets to 2027 – Anticipated to Grow at a Revised CAGR of 5.7% due to covid_19.
High-Speed Placement Equipment, one of the segments analyzed and sized in this study, displays the potential to grow at over 7. 6%. The shifting dynamics supporting this growth makes us FS for businesses in this space to keep abreast of the changing pulse of the market.
Well,ASM’s latest developments, the DEK TQ print platform was recognized with notable industry awards during the event.
DEK TQ was the recipient of the competitive IPC APEX EXPO Innovation Award,Also it is one of only six products selected for this honour.
Screenprinter DEK HORIZON 03iX,Through a combination of off-belt printing and a unique clamping system, DEK TQ delivers accuracy of +/- 17.55 µm @ 2 CpK wet print and ensures reliable printing processes with 0201 metric components.
Equally impressed me is that the platform’s ability to run for eightcontinuous hours with no assists, thanks to the robust paste management and understencil cleaning systems.
DEK squeegee motor
350mm 60 degrees metal SQG blade
400mm 60 degrees metal rubber SQG
350mm metal SQG
145817 camera X motor
145520 camera Y motor
159033 power and video loom