The coolant auto mixer from Nimatic is a precision-engineered solution for consistent emulsion blending in metalworking and machining operations. Designed to mix cutting oils and similar fluids with water, the Nimatic Emulsion Mixer A900 guarantees accuracy, ease of use, and durability—making it an essential tool for workshops and industrial environments in Malaysia.
With a flow rate of approximately 900 l/h and adjustable additive ratios from 0–16%, this mixer delivers high-efficiency performance while minimizing manual labor and blending errors. Its compact, water-pressure-driven design and compatibility with standard drums make it ideal for seamless integration into existing setups.
Water-Driven Operation: No electricity required—operates solely on water pressure for safer and more cost-effective mixing.
Precision Emulsion Control: Continuously adjustable mix ratio from 0% to 16%, ensuring optimal coolant concentration.
Robust Design: No soft/plastic components; available in aluminum, brass, or stainless steel based on chemical compatibility.
Universal Fit: Lower threaded adapter connects to standard drums, simplifying setup.
Anti-Clog Jet System: Innovative nozzle design prevents blockages for uninterrupted operation.
Integrated Check Valves: Two check valves prevent reverse flow and operational faults.
Hose Hook Included: Keeps the outlet hose secured and the floor dry.
Improved Accuracy: Eliminates human error in coolant concentration.
Reduced Labor Costs: No manual blending required.
Extended Equipment Life: Proper emulsification protects machinery from corrosion and wear.
Enhanced Workplace Safety: Minimizes spills and incorrect coolant mixes.
CNC Machining Centers
Metalworking Workshops
Sawing and Grinding Operations
Fabrication Plants
Maintenance Departments
Perfect for any facility requiring accurate and reliable coolant-to-water emulsion preparation.
Boost productivity and precision in your coolant mixing process. Get the Nimatic Coolant Auto Mixer A900 today—engineered for efficiency and built to last in Malaysian industrial environments.
Malaysia
