Product application
Capillarium ceramicum est instrumentum ceramicum axisymmetricum cum perforatis in directione verticali, quod pertinet ad structuram ceramicam microform accuratam.Secundum applicationem, Capillarium Ceramicum adhibetur ut instrumentum coniunctionis filum in processu fili ligaminis.WireBonding metallum plumbum arcte coniungi cum substrata caudex utendo fila metallica tenuia (aeris, auri, etc.) et caloris, pressionis et energiae ultrasonicae, ut cognoscat electricum connexionem inter astulas et subiectas et informationes permutationis. xxxiii.Apta vinculo et fasciculo SCR, SAW, LED, diode, triode, IC chip et aliis circuitibus.
Product commoda
OPT Secans Tools Co., LTD.sita est in Shenzhen, Guangdong, China.Societas integratio est productio, venditio, investigatio et progressus.Ac consilio et fabricare possunt delineatas, materias et instrumenta non-vexilla.Firmiter in rebus domesticis primas lineas productio materiae adhibet ut variarum materiarum batchellarum stabilitatem curet.Stricte moderantur processus productionis ad curandum qualitatem instrumentorum.Societas magnam vim technicam, facultatem productionem validam, administrationem scientificam habet, eo consilio ut "superesse qualitatem, progressionem famae", et constanter anteponere ut elit melioribus fructibus.
Recta traditio, bona opera
1. OPT Secans Instrumenta suam completam productionem, fabricandi et vecturae rationem habet.De tempore partus.
2. Una communicatio et commutatio una cum clientibus exerceri possunt ut melius praebeant emptores aptiores et melius instrumentorum Ceramicorum compaginationis
3. Speciales parametros Mos secundum specialia requisita emptoris;
Material upgrade vinculo Capillaris
Fundamento aluminii originalis oxydi, zirconiae, chromi oxydi, etc., adduntur ut structuram hypotheticam Capillarii Ceramici magis compactam, cum duritie superiore, melius induat resistentiam et vitam serviendi longiorem.Reducere lapsum et postea tempora ceramic claveri tip per filum glutino.
Alta subtilitas, alta praecisio dimensiva, machina minus et superficies lenis.
Productum altam praecisionem habet, altam praecisionem dimensivam, quantitatem minus machinationem et superficiem levem.
Structura Capillarii Ceramici valde accurata et multiplex est, cuius dimensiones clavem magnum habent momentum in effectu iuncti nexus.OPT Secans instrumenta stricte moderatur processum productionis ad qualitatem instrumentorum curandam.Ad consequi accurationem altam productam, altam accurationem dimensivam, machinam minus, et superficies lenis.Societas nostra R&D commissa est et productionem medii et alti gradus instrumentorum domesticorum ceramicorum compaginationis in campo IC packaging.Pulvis Ceramicus et embryones partes perfecte evolutae sunt et independenter productae.
BPP: 150μm(μm/mil)
PARS NO. | WD | H | T | CD | OR | α | Θ | CA |
A-1 | 38/1.5 | 51/2.0 | 229/9.0 | 102/4.0 | 38/1.5 | 8° | 30° | 120° |
A-2 | 38/1.5 | 51/2.0 | 152/6.0 | 66/2.6 | 10/0.4 | 0° | 30° | 90° |
A-3 | 38/1.5 | 51/2.0 | 229/9.0 | 86/3.4 | 102/4.0 | 0° | 30° | 90° |
A-4 | 38/1.5 | 51/2.0 | 203/8.0 | 86/3.4 | 61/2.4 | 0° | 30° | 90′ |
A-5 | 38/1.5 | 56/2.2 | 239/9.4 | 102/4.0 | 38/1.5 | 8° | 30° | 120° |
A-6 | 38/1.5 | 56/2.2 | 229/9.0 | 96/3.8 | 102/4.0 | 0° | 30° | 90° |
A-7 | 38/1.5 | 56/2.2 | 203/8.0 | 86/3.4 | 61/2.4 | 0° | 30° | 90° |
A-8 | 38/1.5 | 64/2.5 | 239/9.4 | 102/4.0 | 38/1.5 | 6° | 30° | 120° |
A-9 | 38/1.5 | 64/2.5 | 203/8.0 | 89/3.5 | 61/2.4 | 0° | 30° | 90° |
A-10 | 51/2.0 | 64/2.5 | 191/7.5 | 81/3.2 | B/0.3 | 0° | 30° | 90° |
A-11 | 51/2.0 | 64/2.5 | 292/11.5 | 102/4.0 | 127/5.0 | 0° | 30° | 90° |
A-12 | 51/2.0 | 76/3.0 | 356/14.0 | 122/4.8 | 152/6.0 | 0° | 30° | 90° |
A-13 | 51/2.0 | 89/3.5 | 419/16.5 | 135/5.3 | 178/7.0 | 0° | 30° | 90° |
A-14 | 51.64/2.0.2.5 | 76/3.0 | 330/13.0 | 140/5.5 | 64/2.5 | 8° | 30° | 120° |
A-15 | 64.76/2.5.3.0 | 89/3.5 | 330/13.0 | 127/5.0 | 64/2.5 | 8° | 30° | 120° |
A-16 | 64.76/2.5.3.0 | 102/4.0 | 330/13.0 | 140/5.5 | 64/2.5 | 8° | 30° | 120° |
A-17 | 76/3.0 | 102/4.0 | 483/19.0 | 168/6.6 | 203/8.0 | 0° | 30° | 90° |
BPP:140μm(μm/mil)
PARS NO. | WD | H | T | CD | OR | α | Θ | CA |
B-1 | 22/0.9 | 33/1.3 | 140/5.5 | 64/2.5 | 20/0.8 | 8° | 30° | 120° |
B-2 | 25/1.0 | 38/1.5 | 165/6.5 | 74/2.9 | 25/1.0 | 8° | 30° | 120° |
B-3 | 25/1.0 | 38/1.5 | 89/3.5 | 53/2.1 | B/0.3 | 0° | 30° | 90° |
B-4 | 25/1.0 | 38/1.5 | 114/4.5 | 53/2.1 | 8/0.3 | 0° | 30° | 90° |
B-5 | 25/1.0 | 38/1.5 | 178/7.0 | 64/2.5 | 76/3.0 | 0° | 30° | 90° |
B-6 | 25/1.0 | 38/1.5 | 203/8.0 | 53/2.1 | 89/3.5 | 0° | 30° | 90° |
B-7 | 25/1.0 | 43/1.7 | 165/6.5 | 74/2.9 | 25/1.0 | 8° | 30° | 120° |
B-8 | 25/1.0 | 43/1.7 | 203/8.0 | 53/2.1 | 89/3.5 | 0° | 30° | 90° |
B-9 | 25.30/1.0.1.2 | 43/1.7 | 229/9.0 | 74/2.9 | 30/1.2 | 8° | 30° | 120° |
B-10 | 25.30/1.0.1.2 | 43/1.7 | 152/6.0 | 59/2.3 | B/0.3 | 8° | 30° | 120° |
B-11 | 25.30/1.0.1.2 | 43/1.7 | 203/8.0 | 74/2.9 | 89/3.5 | 0° | 30° | 90° |
B-12 | 25.30/1.0.1.2 | 46/1.8 | 229/9.0 | 74/2.9 | 38/1.5 | 8° | 30° | 120° |
B-13 | 30/1.2 | 46/1.8 | 203/8.0 | 76/3.0 | 89/3.5 | 0° | 30° | 90° |
BPP:100μm(μm/mil)
PARS NO. | WD | H | T | CD | OR | α | Θ | CA |
C-1 | 25/1.0 | 38/1.5 | 130/5.1 | 53/2.1 | 30/1.2 | 11 | 30° | 90° |
C-2 | 30/1.2 | 38/1.5 | 130/5.1 | 56/2.2 | 30/1.2 | 11 | 30° | 90° |
C-3 | 30/1.2 | 38/1.5 | 130/5.1 | 56/2.2 | 30/1.2 | 8′ | 30° | 90° |
C-4 | 30/1.2 | 38/1.5 | 130/5.1 | 56/2.2 | 30/1.2 | 4′ | 30° | 90° |
C-5 | 30/1.2 | 41/1.6 | 130/5.1 | 59/2.3 | 30/1.2 | 11 | 30° | 90° |
BPP:90μm(μm/mil)
PARS NO. | WD | H | T | CD | OR | α | Θ | CA |
D-1 | 25/1.0 | 33/1.3 | 109/4.3 | 51/2.0 | 13/0.5 | 11° | 30° | 90° |
D-2 | 25/1.0 | 33/1.3 | 109/4.3 | 51/2.0 | 13/0.5 | 8° | 30° | 90° |
D-3 | 25/1.0 | 33/1.3 | 109/4.3 | 51/2.0 | 13/0.5 | 4° | 30° | 90° |
D-4 | 25/1.0 | 35/1.4 | 109/4.3 | 51/2.0 | 20/0.8 | 11° | 30° | 90° |
D-5 | 30/1.2 | 38/1.5 | 109/4.3 | 51/2.0 | 20/0.8 | 11° | 30° | 90° |
D-6 | 30/1.2 | 38/1.5 | 109/4.3 | 53/2.1 | 1310.5 | 8° | 30° | 90° |
D-7 | 30/1.2 | 38/1.5 | 109/4.3 | 53/2.1 | 13/0.5 | 4° | 30° | 90° |
BPP:80μm(μm/mil)
PARS NO. | WD | H | T | CD | OR | α | Θ | CA |
E-1 | 25/1.0 | 33/1.3 | 99/3.9 | 48/1.9 | 13/0.5 | 4° | 30° | 90° |
E-2 | 25/1.0 | 33/1.3 | 99/3.9 | 4B/1.9 | 13/0.5 | 8° | 30° | 90° |
E-3 | 25/1.0 | 33/1.3 | 99/3.9 | 48/1.9 | 13/0.5 | 11° | 30° | 90° |
E-4 | 25/1.0 | 35/1.4 | 99/3.9 | 46/1.8 | 13/0.5 | 11° | 30° | 90° |
E-5 | 30/1.2 | 38/1.5 | 99/3.9 | 51/2.0 | 13/0.5 | 4° | 30° | 90° |
E-6 | 30/1.2 | 3B/1.5 | 99/3.9 | 51/2.0 | 13/0.5 | 8° | 30° | 90° |
BPP:70μm(μm/mil)
PARS NO. | WD | H | T | CD | OR | α | Φ | CA |
F-1 | 25/1.0 | 30/1.2 | 91/3.6 | 43/1.7 | 10/0.4 | 8° | 30° | 90° |
F-2 | 25/1.0 | 30/1.2 | 91/3.6 | 43/1.7 | 10/0.4 | 4° | 30′ | 90° |
F-3 | 25/1.0 | 33/1.3 | 91/3.6 | 43/1.7 | 13/0.5 | 11° | 30′ | 90° |
BPP:60μm(μm/mil)
PARS NO. | WD | H | T | CD | OR | α | Φ | CA |
G-1 | 23/0.9 | 28/1.1 | 81/3.2 | 35/1.4 | 13/0.5 | 11° | 30° | 90° |
G-2 | 25/1.0 | 30/1.2 | 81/3.2 | 35/1.4 | 13/0.5 | 11° | 30° | 90° |