Model PDS 2010 LABCOTER® 2

Model PDS 2010 LABCOTER® 2

LABCOTER® 2 vacuum deposition system은 파릴렌(Parylene) 보호막 코팅을 형설하는 목적으로 디자인 되었습니다. 이 장치는 양산용 장비와 같은 원리로써 생산되었습니다. 그러나 장비의 규모에서 소형으로 제작되어서 센서, 의료기기, 유기 샘플 및 기판 코팅의 연구목적이나 PCB 수리, 소량 생산에 적합합니다.

이 시스템은 소형 엘라스토머, 플라스틱 및 페라이트코어의 코팅에 이상적인 코팅 챔버를 제공하고 있습니다.

이 장비는 80 Kg의 무게이며, 110 VAC, 20 amp에서 작동하며, 바닥면적은 60cm X 60cm입니다.

내장된 콜드트랩을 사용하여 몇가지의 냉각 방법이 가능하며 표준 사양으로써, 수동식 액체질소 공급방식, 옵션 사항으로 자동 액체질소 공급 방식 및 칠러가 있습니다.

컴퓨터로 콘트롤하는 자동 모드에서, 시스템은 공정 압력까지 자동으로 펌프다운 하며, 퍼니스가 작동 온도까지 온도를 상승시킵니다. 적당한 온도와 압력에 도달했을 때 파리렌(Parylene)이 증발하기 시작하며, 공정 작업 조건은 자동으로 모니터링 됩니다.

LABCOTER® Specifications

Dimensions: 19.5 in wide x 48 in high x 24 in deep
Weight: 170 lb (77.18 kg)
Chamber Size: 12 in x 12 in (30.5 x 30.5 cm) Optional reduced capacity 3 inch high chamber with view port is available
Power: 110 VAC, single phase, 60 Hz, 20 amp service
Dimer Capacity: 125gm
Vacuum Pump: 7.4 cfm, two stage, direct drive
Controls: 반자동, microprocessor temperature and pressure controls, 비상 알람

Mechanical Chiller (선택사양)

Dimensions:
10 in wide x 18.5 in high x 20 in deep

Power:
110 VAC, single phase, 60 Hz, 12 amp service

Model 3000 Lab Top Parylene coater
Model 3000 Lab Top	Self Contained Bench Top Design Adapts to clean room or laboratory environments without the need for external exhausting Up to 25% more efficient than competitive units Produces low dimer content films for optical applications and microwave components Programmable process computer with flat panel display

The compact and portable Model 3000 was specifically designed for processing small substrates or modules such as micro-miniature components and sensors. Its 8" X 9" stainless steel chamber also accommodates small quantities of larger parts, including prototypes for research and development applications. For more information, download our brochures 2 or contact us.

The LAB TOP®parylene deposition system was designed to complement our patented high capacity and high efficiency modular line of pary-lene vapors deposition equipment. Its size allows "bench top" use when space is at a premium and its in-built handles allow the unit to be readily transported to alternate locations as desired. The unit is specifically designed for processing small substrates or modules. Alternatively, small quantities of larger parts can be accommodated in its standard 8" x 9" stainless steel chamber. Its capacity and portability makes the unit particularly attractive to research and development laborato-ries, manufacturers of micro-miniature components, sensors, and hybrids. The absence of baffles turns it into a high efficiency system; maximizing the usable chamber volume and minimizing the load of raw material. In general its deposition efficiency is at least 25% greater than competitive equipment. Tangential entry and exiting of Parylene vapors combine with the design of the substrate fixture produce extremely low coating thickness gradients and high quality films with exceptional uniformity. The deposited film has an extremely low dimer content, hence the films have exceptional clarity normally required by manufacturers of high frequency com-ponents to minimize frequency shifts, will appreciate this capability. The unit is fitted with a microprocessor that allows easy reconfiguration of process parameters, which can also be used with a P.C. through a standard RS-232 port. This option feature allows differentiating process parameters to be stored for analysis. The design provides high reliability through the use of quality components and careful workmanship. All process parts are fabricated from Electro-pol-ished stainless steel. A high grade vacuum pump and after filter permits its use in a clean room or laboratory without the need for external exhausting. The necessary maintenance is minimal and its design incorporates a hinged cover, which can be held in the open position as well as an easily removable side panels. The cover and panels provide complete access to all components, in the event service is required. The Pyrolysis furnace is of a patented split design that allows complete removal of the Pyrolysis tube in minutes.

SYSTEMS DIMENSIONS: Model 3000. WEIGHT: 240 Lbs. (109 Kg) POWER REQUIREMENTS: 115 or 230 volts. 20 A, (other configurations available) Parylene Deposition Systems LAB TOP ® TANGENTIAL ENTRY TANGENTIAL EXIT Overall Size: Length 48” 1219 mm Width 24” 586 mm Height 13 1 / 2 ” 343 mm Deposition Chamber: Diameter 8” 195 mm Height 9” 228 mm Substrate Fixture: Diameter 7” 177 mm Height 7” 178 mm 24” 13.5” 48”



P316K Parylenecoater :JS made Overall Dimensions W 590mm H1350 mm D 950 mm W: 85kg Chamber size - Dia:318 mm - Hgt: 348 mm -Cham door Detachable -Vacuum gauge Convectron -Gauge heater :140 ℃ -Coldtrap Chiller :- 99℃ -Vacuum : 1 ~99 mTorr -Material rotation table capacity 5 kg -Material rotation 0 ~20 rpm - Pneumatic Valve -Auto/Manual Control Input power 220 V, 3 phase Total power comsumption 8 kW -The compact and portable Model P316K was specifically designed for processing small substrates or modules such as micro-miniature components and sensors. Its 12"dia X 14" stainless steel chamber also accommodates small quantities of larger parts, including prototypes for research and development applications



JL220h Parylenecoater :JS made Overall Dimensions W 1570mm H 1410 mm D 570 mm W: 85kg Chamber size - Dia:200mm - Hgt:350mm -Cham door Detachable -Vacuum gauge Convectron -Gauge heater :140 ℃ -Coldtrap Chiller :- 99℃ -Vacuum : 1 ~99 mTorr -Material rotation table capacity 4 kg -Material rotation 0 ~10 rpm - Pneumatic Valve -Auto/Manual Control Input power 220 V, 3 phase Total power comsumption 4 kW -The compact and portable Model JL220h was specifically designed for processing small substrates or modules such as micro-miniature components and sensors. Its 8 "dia X 14" stainless steel chamber also accommodates small quantities of larger parts, including prototypes for research and development applications