CNC Automatic Dosing Machine for Laboratory

The design of CNC Automatic Dosing Machine for Laboratory from EPIC  supplier abandons the high-power and large-volume configuration of industrial dosing equipment, taking experimental precision, operational flexibility and data consistency as the core design indicators.

Exclusive Lab-use Functional Advantages

1. Micro-dose High-precision Dispensing: Adopts professional small-dose precision valves exclusive for laboratory use, realizing accurate and uniform dispensing of trace reagents, solving the inaccuracy problem of traditional equipment in micro-experiment dosing.
2. Flexible CNC Programmable Setting: The built-in programmable controller supports customized programming of multiple experimental formulas, realizing one-key storage and fast switching of different dosing schemes to meet diverse experimental debugging needs.
3. Real-time Experimental Data Display: The intelligent touchscreen interface intuitively presents dosing volume, operating status and running parameters, facilitating researchers to record and verify experimental data in real time.

4. Stable Anti-interference Performance: Matches high-quality original circuit components and solid-state relays, maintaining stable and consistent dosing performance in indoor laboratory temperature and humidity environments to ensure experimental repeatability.
5. Compact Modular Lightweight Structure: Adopts simplified modular assembly design with independent wearable parts, occupying small laboratory space and enabling convenient daily disassembly, maintenance and cleaning.

Complete Lab Model Parameter Specifications

Model	Power (kW)	Remarks
CDJ-2006-6	1.5	6
CDJ-2006-8	2.2	8
CDJ-2006-12	3	12
CDJ-2006-16	4.5	16
CDJ-2006-18	5	18
CDJ-2006-24	7.5	24
CDJ-2006-32	9	32
CDJ-2006-36	11	36
CDJ-2006-48	15	48
CDJ-2006-58	18	58
CDJ-2006-90	30	90

Unique Strengths for Laboratory Research

1. Improved Experimental Data Accuracy: CNC precise quantitative control eliminates manual dosing errors, ensuring consistent reagent proportioning for each experiment and greatly improving experimental data authenticity and credibility.
2. Accelerated Experimental Iteration Speed: Support one-key switching of multiple preset formulas, avoiding repeated manual parameter setting and shortening the cycle of formula debugging and experimental verification.
3. Reduced Experimental Reagent Waste: Ultra-precision micro-dose dispensing accurately controls reagent consumption, effectively saving expensive experimental chemicals and lowering laboratory research costs.
4. Guaranteed Experimental Repeatability: Stable program-controlled operation ensures consistent dosing standards for repeated experiments, solving the problem of data deviation caused by unstable manual operation.
5. Simplified Laboratory Operation Process: Intelligent integrated operation reduces manual intervention, allowing researchers to focus on experimental analysis and result research rather than repetitive dosing work.

Professional Laboratory Application Scenarios

1. Mineral Processing Laboratory Research: Used for flotation reagent proportioning and beneficiation formula optimization tests, providing accurate data support for mine process upgrading.
2. Chemical Formula Debugging: Complete precise proportioning of various chemical raw materials, assisting laboratories in new product formula development and performance testing.
3. Environmental Monitoring Experiment: Accurately dispense water treatment reagents for laboratory wastewater simulation treatment and environmental index detection experiments.
4. Academic & Institutional Research: Adapt to scientific research experiments and teaching demonstration projects in universities and research institutes, meeting high-standard experimental teaching requirements.

Lab-specific Maintenance & Management Guidelines

1. Regular Precision Calibration: Conduct regular dosing accuracy calibration for precision valves to ensure micro-dose dispensing error is within the experimental allowable range and guarantee data validity.
2. Strict Pipeline Cleaning After Experiments: Thoroughly clean residual experimental reagents in pipelines and valve bodies after each experiment to avoid reagent mixing and cross-contamination affecting subsequent tests.
3. Protect Touchscreen Control System: Avoid sharp object scratches and reagent corrosion on the touchscreen to ensure sensitive and accurate parameter input and data display.
4. Regular Circuit Inspection: Check the operating status of internal circuit components and controllers regularly to maintain stable program operation and avoid experimental interruption caused by electrical faults.
5. Timely Replacement of Aging Parts: Regularly inspect the wear of core wearable parts, replace aging accessories in time to prevent dosing deviation caused by component aging.

EPIC Professional R&D & Quality Assurance

1. Professional Intelligent R&D Team: The company’s 15% professional engineering and technical personnel focus on intelligent equipment precision optimization, with rich experience in laboratory refined equipment development.
2. Strict Quality Certification System: Passed ISO9001:2015 quality management system certification, with 1 invention patent and 20 utility model patents, ensuring professional-grade equipment precision and stability.

 

3. Precise Manufacturing Technology: Supported by 100+ sets of advanced processing equipment, the equipment undergoes strict precision testing before delivery to meet laboratory high-standard requirements.
4. Mature Industry Application Cases: The equipment has been applied in mineral processing research and chemical laboratory projects, with stable performance recognized by users.
5. Professional Customized Technical Service: Provide targeted formula debugging guidance, equipment operation training and long-term precision maintenance support for laboratory users.

Laboratory User Q&A Section

1. Q: Why choose special laboratory CNC dosing machine instead of industrial models? 

A: Industrial dosing equipment focuses on large-volume production with low micro-dose accuracy, while laboratory-specific CNC models are optimized for trace dosing and data repeatability, fully meeting scientific research experimental precision standards.

2. Q: Can this equipment meet the repeatability requirements of academic experiments? 

A: Yes, the CNC programmable system achieves fixed-value accurate dosing, with extremely low experimental error, ensuring consistent results of repeated experiments and meeting academic research data standards.

3. Q: Is the equipment easy to operate for laboratory researchers? 

A: Equipped with an intuitive touchscreen and programmable one-key formula switching function, the operation is simple and efficient, no complex professional programming technology is required.

4. Q: Can it adapt to different types of chemical and mineral experimental reagents? 

A: The equipment supports dosing of various conventional laboratory reagents, with adjustable dosing parameters and strong compatibility, adapting to diverse experimental formula requirements.

5. Q: How to ensure the long-term dosing accuracy of laboratory equipment? 

A: The equipment adopts high-precision wearable valves and stable circuit components, and supports regular precision calibration, which can maintain long-term accurate and stable operation.

6. Q: Does EPIC provide experimental parameter debugging guidance? 

A: EPIC provides professional technical guidance, including equipment parameter setting, formula optimization and daily precision maintenance, to help laboratories carry out experiments efficiently.

Product Value & Application Summary