Laser Welding/Parallel Seam Welding Glovebox System
The laser-welding/parallel seam-sealing glovebox system is highly integrated, technology-intensive specialist manufacturing equipment: a miniature, highly clean, fully inert-protected, semi-automated packaging line. It combines ultrapure inert-atmosphere control with high-precision laser processing. A zoned pre-baking, precision-alignment and welding workflow is intended to provide high sealing quality through ultralow moisture/oxygen levels, improve productivity and process control, and address precision metal hermetic packaging for reliable, long-life critical devices. Working chamber: 1300 mm × 900 mm × 850 mm. Left transfer chamber: 1500 mm × 900 mm × 450 mm. All type 304 stainless steel, 3 mm thick. Front window: inclined working face with removable 8 mm safety-tempered antistatic glass, resistant to wear and corrosion with good light transmission; 3/8-inch-thick 0MEGA seal. Glove ports: corrosion-treated, anodized hard aluminum alloy, horizontally oval, approximately 220 mm across. Gloves can fold outward; a split glove design is used, with antistatic test data required. Gloves are 0.4 mm thick; the outward-folding, split design and antistatic-data requirement are repeated in the glove specification. Anti-reflection energy-saving lamps provide soft lighting. Positive or negative chamber pressure can be maintained, with the range written as -10mbar-10mbar. A multi-outlet power terminal board is provided, rated 220 V±10%, 50 Hz±10%. Several standard KF-40 and KF-25 ports can be placed at the rear. A multi-hole gas/electrical mounting plate is provided at the bottom. Glove-retaining cords are installed at the front. The steel stand is 900 mm high with swivel casters; leveling/fixing feet are installed on the chamber. The exterior is fully enclosed, and a static-elimination device is placed inside. Heated vacuum transfer chamber: type 304 stainless steel with an embedded multilayer heating-plate structure; maximum temperature 250°C, temperature-control accuracy ±1°C, reaching maximum temperature within 20 minutes. Its inner oven door slides open to minimize internal space use and has protection against accidental opening. Inner and outer doors are interlocked so they cannot open simultaneously, preventing opening errors during baking. After the outer door is opened and closed, the vacuum chamber automatically evacuates. Automatic valves control evacuation and replenishment from cylinder gas. A side KF40 port allows spot temperature checks. A laminar-flow plate prevents gas-refill overshoot. An integrated external insulation jacket provides thermal insulation; the door has double-layer insulation and an internal 304 mirror-finish stainless-steel reflector. Door temperature must not exceed 50°C. Two nitrogen inlet connections serve high-flow and low-flow replenishment; the customer installs the controls. Heated vacuum oven: type 304 stainless steel with an embedded multilayer heating-plate structure; maximum temperature 250°C, temperature-control accuracy ±1°C, reaching maximum temperature within 20 minutes. Its inner door rotates open to minimize internal space use, with protection against accidental opening and interlocked inner/outer doors. The chamber automatically evacuates after the outer door is opened and closed. Automatic valves control evacuation and cylinder-gas replenishment. A side KF40 port permits spot temperature checks; a laminar-flow plate prevents refill overshoot. An integrated external insulation jacket, double-layer insulated door and internal 304 mirror-finish stainless-steel reflector are used. Door temperature must not exceed 50°C. Two nitrogen inlets provide high-flow and low-flow replenishment, with customer-installed controls. Chamber purging: two gas inlet lines are provided at the transfer chamber and can use the customer's gas supply. Purging can be set by duration, oxygen content or moisture content. A fan and multiple rows of holes form a rapid dew-point-reduction device. The exhaust uses a KF25 chamber outlet with a protective check valve. Machine-frame assembly: welded high-quality square steel profiles, dimensions stated as 50mm X 50mm X 4m; quick-release panels with powder-coated surfaces. Four casters allow fixing, movement and height adjustment. Product certifications stated: ISO9001, CE and UL. Warranty: one year, with lifetime repair service. Application precautions: consult the Danger, Warning, Caution and related sections of the instruction manual.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Boxes - workboxes - sizes | 1300mm ×900mm×850mm |
| Boxes - left overboxes - sizes | 1500mm×900mm×450mm |
| Box - Structure | Total stainless steel structure (Type 304) |
| Box - thickness | 3 mm |
| Box - Volume | 1.6 m³ |
| Box - Front Window | Tilt-designed operating surfaces, detachable 8mm of secure steel-resistant electrostatic glass front windows, resistant to grinding, corrosion, and light-perceiving. |
| Boxes - Front Window - Seal Circle | 3/8-inch-thick0MEGA seal |
| Boxes - Gloves | 8 in |
| Boxes - Gloves - Materials | Hard aluminium alloy gloves (combustion resistant, aluminum anode oxide) |
| Box - Glove mouth - Shape | Ellipse to the left |
| Boxes - Gloves Ports - caliber | 220mm or so. |
| Boxes - Gloves - Materials | Original butyl rubber imports, United States |
| Box - Glove - Thickness | 0.4 mm |
| Boxes - Lighting | The box is equipped with a reaction-proof light-saving light, soft light. |
| Boxes - leakage rate | ≤0.001 vol%/h |
| Box - Positive and Negative Pressure | -10mbar-10mbar |
| Box - Power | 220V±10%50Hz±10% |
| Boxes -- Standard KF-40 interface [Back of the box.] | Multiple standard KF-40 interfaces can be set |
| Boxes -- Standard KF-25 interface [Back of the box.] | Multiple standard KF-25 interfaces |
| Boxes - steel structural strench - high | 900 mm |
| Overheating vacuum module - materials | Type304 stainless steel. |
| Overheated vacuum module - heating panel structure | Embedded multilayer heating tablet structure |
| Overheated vacuum module - internal dimensions | 380mm×400mm×420mm |
| Overheating vacuum chamber - maximum temperature | 250 ℃ |
| Overheating vacuum module - temperature accuracy | - That's a positive and negative one. |
| Transition heating vacuum module - heating time [It's a maximum temperature.] | In 20 minutes. |
| Overheated vacuum module - Quantity | 2 台 |
| Overheating vacuum module - inside oven door - open | Diverse |
| Overheating vacuum module - Pump temperature interface [Breadside] | KF40 Interface |
| Transition heat vacuum module - external thermostat | The external insulation is insulated. |
| Overheated vacuum module - oven door - insulation | Double-story insulation installation |
| Overheating vacuum module - internal side reflection panels - materials | 304 Mirror-Face-Stainless Steel |
| Overheating vacuum module - temperature on door | Must not exceed 50°C |
| Overheating vacuum module - air-input interface [These two paths of nitrogen are divided into large and small flow gas for the oven.] | Two-way air interface. |
| Heated vacuum ovens -- materials | Type304 stainless steel. |
| Heated vacuum oven - heating board structure | Embedded multilayer heating tablet structure |
| Heated vacuum oven - internal dimensions | 380mm×400mm×420mm |
| Heated vacuum oven - maximum temperature | 250 ℃ |
| Heated vacuum oven - temperature precision | - That's a positive and negative one. |
| Heated vacuum ovens - heating time [It's a maximum temperature.] | In 20 minutes. |
| Heated vacuum ovens - quantity | 2 台 |
| Heated vacuum ovens -- inside doors -- open | Rotate |
| Heated vacuum oven - sample temperature interface [Breadside] | KF40 Interface |
| Heated vacuum oven - external insulation | The external insulation is insulated. |
| Heated vacuum ovens - oven doors - insulation | Double-story insulation installation |
| Heated vacuum oven - internal side reflector - materials | 304 Mirror-Face-Stainless Steel |
| Heated vacuum oven - temperature on door | Must not exceed 50°C |
| Heated vacuum ovens - air interface [These two paths of nitrogen are divided into large and small flow gas for the oven.] | Two-way in-air interface design |
| Box cleaning - transition module entry route [Transition class component] | Two-way inbound pipe setup. |
| Box cleaning - Cleaning exit | KF25 mouth. |
| Installation of platform assembly - square steel | Quality steel steel (50 mm x 50 mm x 4m) |
| Installation of aircraft rack components -- fast-dismantling of the panel surface | Spray treatment |
| Installation of a rack component -- foot wheel | Four toes. |
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