If you work on lithium battery assembly, alkali metal testing, semiconductor research or air-sensitive chemical synthesis, a stable inert glove box defines your experimental repeatability. Many lab managers waste budget on oversized units or struggle with undersized chambers that block daily workflows. This guide breaks down every critical choice point for our Lab2000 standard glove box line, so you lock in a perfect fit without trial and error.
Step 1: Confirm your required chamber width first
Our Lab2000 lineup covers 1200, 1500, 1800 and 2400mm chamber widths, each built for distinct workloads.
- 1200mm single-sided split models: Ideal for individual researchers, university small labs, and coin cell prototype making. Two glove ports leave enough room for balances, small mixing tools, and compact test fixtures. It takes minimal floor space and runs low argon/nitrogen consumption for daily short-hour testing.
- 1500/1800mm units: The most popular mid-size choice for material labs and pharmaceutical R&D teams. Three to four glove ports support two operators working simultaneously. You can place vacuum ovens, microscopes and electrode coating equipment inside without crowding the workspace.
- 2400mm double-sided split systems: Target pilot production lines and shared core labs. Double-sided design lets staff operate from front and rear sides at the same time, cutting sample transfer waiting time by half. Multiple glove ports accommodate batch processing of solid-state battery cells and metal powder sintering tests.
Step 2: Choose integrated or split structure based on lab layout
Two structural designs serve different space and maintenance demands.
Integrated single-sided glove boxes attach the purification cabinet directly under the chamber frame. They feature compact footprints and fixed pipelines, perfect for labs with limited floor area. All control panels, pumps and purification modules stay within one unit, so you move the whole machine easily if lab layouts adjust later.
Split-type models separate the main chamber and GP20 purification cabinet. The cabinet sits on mobile casters, so you pull it out fully for filter replacement, molecular sieve regeneration and routine maintenance. This design avoids disassembly of the whole chamber during servicing, cutting downtime for long-running industrial testing. Split double-sided variants suit labs that plan equipment expansion in the next 2–3 years.
Step 3: Single-sided vs double-sided – align with your team’s workflow
Single-sided boxes only have glove ports on the front panel. One researcher handles all weighing, assembly and observation tasks independently. Students and solo research groups prefer this type for its simple operation and lower entry cost.
Double-sided chambers add glove ports on both front and back walls. Two teams can conduct separate experiments without cross-contamination. Battery factories use this setup for electrode preparation on one side and cell sealing on the other, forming a seamless dry production line inside inert atmosphere.
Step 4: Verify core performance standards for air-sensitive materials
All Lab2000 systems run closed-loop automatic purification to hold O₂ and H₂O below 1 ppm continuously. We adopt dual purification columns; one absorbs oxygen and moisture while the other regenerates automatically, so your experiments never pause for media replacement.
Each unit carries ISO9001, CE and UL certifications, plus 39 domestic and international patents on inert gas circulation technology. Stainless steel 304 chamber walls resist chemical corrosion from electrolyte solvents and metal powders, and thick butyl rubber gloves block tiny air infiltration gaps.
Step 5: Quick matching recommendations for mainstream industries
- Lithium battery R&D (lab scale): 1200/1500 split single-sided glove box
- Pilot battery production line: 1800/2400 split double-sided glove box
- Catalyst & rare metal powder research: 1500 integrated single-sided model
- Semiconductor packaging & laser welding: 1800 integrated single-sided unit
- Shared university core lab: 2400 split double-sided modular system
Final tips before placing your order
Measure your lab’s available floor space and door width to confirm the unit can move into position. Count how many operators will use the box daily to decide single or double-sided structure. List all instruments you plan to install inside (microscopes, spin coaters, vacuum pumps) so our team reserves extra feedthrough ports during production.