Hổ trợ trực tuyến
|
|
|
 dieu.ans@ansvietnam.com
|
|
 Ms Diệu: 0902.337.066 |
|
Menu sản phẩm
Ứng dụng
Hãng sản xuất
Lượt truy cập
|
Đang online | 186 |
|
Lượt truy cập | 5283606 |
Capillary
Loại sản phẩm: Machinery & Equiment
Mã sản phẩm: Capillary
Nhà cung cấp: ANS Vietnam
Xuất Xứ: chính hãng
Hãng sản xuất: tomoe engineering Co.,Ltd
Giá : Vui lòng liên hệ
Recognized as the world's leading manufacturer of capillaries for fine-pitch ball bonding applications.
Description
m to 35m pad pitch.Features
mThis widely used K&S capillary has gained 90% of the worldwide market. Backed by years of field testing, the 60
m capillary delivers high repeatability, industry leading tolerances, and unique manufacturing capabilities.50
mK&S provides comprehensive product and process support for Ultra Fine Pitch
and Fine Pitch applications. The 50
m capillary is a superior bonding tool with industry-leading tolerances for the most exacting specifications. The K&S50
m capillary is supplemented by a proven process recipe for the 8028-PPS and is already being qualified for mass production processes by our customers.K&S offers Extra Resolution (ER) for Hole and CD dimensions for applications
of 50
m and below. This new feature enables customers to define their required Hole and CD dimensions by 0.5 tenth of a mil (replacing 1 tenth today). This 0.5 tenth nominal dimension interval may be specified for more flexible capillary designs and will enable additional degree of freedom when considering Hole to CD difference to support wider wire diameters, essential for the long wire span applications (such as fine pitch PBGA and other advanced packages).40
m and belowLeveraging K&S extensive experience in creating tools for ultra-fine pitch
processes, K&S Application Lab has developed a new generation bonding capillary designed to meet the most demanding ultra-fine pitch application.
SIGMA™capillary
- Lower STDV for 1st bond diameter - the SIGMA decreases 1st bond deviation by as much as 40%. This results in fewer bond-off-pad occurrences, thereby increasing yield.
- Smaller bonds for the same hole and CD dimensions - the SIGMA reduces 1st bond diameter by approximately 2 um.
- Lower ultrasonic energy process parameters - the SIGMA capillary requires up to 50% less US power. Improved ultrasonic control also results in less wire sway and fewer kinks, thereby increasing loop stability.
- Higher shear per area - improved ultrasonic control achieved by the SIGMA increases 1st bond shear force per unit area by up to 0.8 grams/ mil2 at a low energy level.
- Increased molding yields - the SIGMA enables the use of thicker wires compared to regular fine-pitch capillary bonding. This, in turn, ensures higher wire durability throughout the molding process.
Sản phẩm liên quan
Tac Tray (Gel adhesive sh ...
Stainless Steel Belt
Steel Belt Conveyor
Steel Belt for Oil Skimme ...
Electric Conductive Close ...
Pin Mat
Tac Sheet (Gel adhesive s ...
Tac Plate (Gel adhesive s ...
Tac Carrier (Gel adhesive ...
Hub blade
Bonding wire ( Cu )
Bonding wire ( Al )
Bonding wire ( Au )
eGRAF
Superior Graphite's Desul ...
Graftec Graphite
Artifitial graphite ( UCA ...
Duocel Aluminum Foam ( ER ...
Lensed fiber (Nanonics)
NanoAnalytics Q-Control S ...
NSOM/AFM confocal microsc ...
ZIRCAR Zirconia fibers
PBN
PG/PBN Heater
Pyrolytic Graphite
BN ( Boron nitride )
Sintec Ceramic Powder and ...
IMC Aluminum Evoporator B ...
SiC Powder
Phenoxy resins
Alumina Hydrate
K-Seal and Kuniseal
Silica fume
Wollastonite
Cenolite ( ceramic balloo ...
Vermiculite
Sepiolite Attapulgite
Surface mounting componen ...
PS, ABS, PP, PC, PA maste ...
Plastic surface treater
Stat-Rite® Polymers
Nylon Insert Lock Nut
ECO-3
Degra-N ( biodegradable s ...
Rustec VCI Film
Moisture sealing sheet
Abrasive Grain Recycle Sy ...
Rotary Press Filter
Rotary Press Filter
ASM Tubular Centrifuge
FMD Decanter
Kason self-contained syst ...
PTM Decanter ( Screen Bow ...
TRV Decanter
TRH Decanter
In-Channel Grinder, Scree ...
In-Line Grinder
Grinder with Rotating Scr ...
New Energy-Saving Dewater ...
Energy-Saving Dewatering ...