Limited budget
Under the premise of clear performance boundaries, balance equipment configuration, frequency of use and phased investment.
Research Laboratory Solutions
Universities and research laboratories
Glove box selection plan
According to the budget range, material and experimental requirements, space and frequency of use, and future expansion plans, select plexiglass, vacuum or purification system glove boxes to match current needs and reserve configuration space for subsequent research.
Common laboratory challenges
Sharing with multiple people
The subject direction and operating habits are different, and it is necessary to take into account both shared use and daily management requirements.
Projects continue to change
The research content may be expanded, and the equipment configuration should leave room for subsequent process and module upgrades.
Onsite conditions are limited
Equipment size, gas, power supply, grounding and exhaust conditions need to be verified before selection.
Staff experience varies
Clear operating procedures and training arrangements can help improve the availability and safety of shared equipment.
Maintenance is easily ignored
Daily inspections, consumables and training plans should be included in project arrangements to support stable operation of equipment.
Three types of product selection
Single station (single side) purification glove box
- Model: GBP1200-750S-2
- For materials, chemistry and laboratory atmosphere control operations
- Single-station single-sided structure, suitable for daily sample processing
- Specific purification and monitoring configurations are confirmed according to the process
GBV-1 stainless steel vacuum glove box
- Model: GBV-1
- Stainless steel controlled atmosphere workstation
- Supports the operation process of filling with inert gas after vacuuming
- With independent transition cabin for easy transfer of samples and tools
GBT plexiglass glove box
- Model: GBT
- Transparent enclosed work space for easy observation and operation
- Can be selected according to cavity size, wall thickness and atmosphere requirements
- Suitable for teaching, scientific research and isolation operation scenarios
Key issues in selection (the clearer, the more accurate the plan)
01What are the main research materials
02What is the target water oxygen range
03How much time do you use every day
04Number of simultaneous operators
05Maximum sample or equipment size
06Whether to use organic solvent
07Whether internal equipment needs to be integrated
08Air source, power supply and exhaust conditions
09Do you need to share it with multiple people
10Whether expansion is needed in the future
Recommended configuration (can be combined as needed)
Standardized product package
Host and basic function configuration
Teaching operation package
Teaching usage and safety training support
Energy Storage Research Package
Confirm configuration based on materials and processes
Air Sensitive Chemical Kit
Verify the conditions by combining the reaction system
Shared lab support
Assist in planning operations and maintenance processes
Basic Spare Parts Plan
Recommendations on consumable parts and spare parts
Training and Maintenance Plan
Operation training and daily maintenance suggestions
Run record planning
Configure according to management needs
Reserved expansion interface
Leave room for follow-up projects
Procurement support
Technical specifications
Model comparison
Confirmation of installation conditions
Gas and power requirements
Budget allocation suggestions
Tender technical documents
Product drawings
Training plan
Warranty and Maintenance Plan
Select based on project, budget and laboratory conditions
Please provide research direction, target atmosphere, number of users, budget range, and laboratory space dimensions. Engineers will conduct technical communication based on the provided information and confirm the adapted configuration boundaries.
Cost of use (TCO) description
Purchase costEquipment and options
Operating costsEnergy consumption, gases and consumables
Maintenance costsInspection, maintenance and spare parts
Impact of downtimeOperational arrangements and efficiency
Usage periodEquipment maintenance and update planning
Upgrade configurationSubsequent module expansion requirements
Application scenario reference
Shared materials research platform
- Oriented to research processes such as material synthesis and energy storage material preparation.
- Can be combined with research groups to share demand planning workstations and operating procedures.
- Support arranging basic operation training after project confirmation.
- The reserved interface and equipment combination must be confirmed based on the actual process.
Air sensitive chemistry research
- Suitable for synthesis and material processing research that requires controlled atmosphere conditions.
- Solvents, reactants, and safety conditions should be confirmed by the project team.
- The maintenance cycle and consumable range are subject to the final configuration and frequency of use.
- The integration of supporting equipment requires verification of on-site conditions.
Research on electrochemistry and energy storage materials
- Can be used for sample preparation, transfer and test pre-processing.
- The box size, transition cabin and number of workstations are planned according to the sample and equipment size.
- Target environmental indicators and verification methods should be made clear in technical communication.
- The scope of installation, training and technical support will be agreed upon during project confirmation.
FAQ
Not all teaching experiments must be equipped with a purification system. If it is mainly used for basic operation demonstrations or non-sensitive samples, plexiglass or vacuum glove boxes can be evaluated based on the experimental goals; when water and oxygen sensitive materials are involved, it is recommended that engineers confirm the system solution based on the process.
Plexiglass solutions usually have the characteristics of wide vision, low cost and convenient maintenance; stainless steel boxes are more suitable for some research needs in terms of sealing, durability and compatibility with vacuum and purification configurations. A comprehensive judgment should be made based on the target environment, solvent type, frequency of use and budget.
Yes. It is recommended that shared laboratories plan reservation rules, operational training, consumable records, and daily inspections simultaneously; if usage requirements are high, additional workstations, transition cabins, or expanded interfaces can be evaluated in the plan.
Common systems may use high-purity argon or nitrogen, and need to verify power supply, grounding, gas line decompression and exhaust conditions according to the configuration. Specific interface, pressure, flow and safety requirements should be subject to the final technical specifications and on-site evaluation.
Supporting content such as installation condition verification, on-site installation, basic operation training and maintenance recommendations can be confirmed in project communication. The actual service scope needs to be determined based on region, equipment configuration and procurement requirements.
Usually includes daily inspections, consumable parts such as gloves and seals, purification or filtration related consumables, vacuum pump maintenance and necessary calibration and spare parts. It is recommended that procurement, operations, maintenance and upgrade needs be considered in the project budget.
