Key Benefit

304 Stainless Steel - Corrosion-proof, durable, multi-scene use.
4-Stage Sedimentation - Layered purification, clearer water.
Filter Bag - Double purification, stable output.
Control Box - Intelligent, easy to operate.
Cleaning Nozzle - No disassembly, easy maintenance.
Layered Taps - Convenient cleaning & water change.
Compact Design - Space-saving, flexible placement.
Water Recycling - Cost-saving, eco-friendly.
Ready-to-Use - Plug & play, no complex installation.

Product Specifications

Model	Capacity		Overall dimensions in mm / inch						Chamber dimension in mm / inch
	Cu. Ft.	Litres	Length		Width		Height		Width		Height
KSWSR400	14.1	400	1100	43.3	850	33.5	1650	65	600	23.6	320	12.6
KSWDR600	21.2	600	1200	47.2	900	35.4	1700	67	800	31.5	450	17.7

Product superiority

Absolute Durability

Crafted with premium 304 stainless steel, this highly mobile architecture ensures absolute corrosion resistance, strictly reflecting our thirty-year precision heritage for continuous, durable multi-scene deployment.

Layered Purification

The rigorous 4-stage sedimentation process strictly clarifies wastewater, delivering flawlessly predictable fluid output for your precision manufacturing facility without operational blind spots.

Stable Output Quality

Integrated filter bags deliver uncompromising double purification, effectively capturing complex micro-abrasives to maintain strictly stable, eco-compliant output water quality for continuous operation.

Strict Control Logic

Engineered with our universally positioned right-side control architecture, the intelligent centralized box ensures precise, strictly standardized operation, entirely eliminating multi-shift input confusion.

Transparent Extraction

The layered drain taps function as strictly defined physical openings, guaranteeing completely transparent, predictable, and safe sludge extraction without any hidden operational blind spots.

Maintenance-Free Upkeep

Maximizing operational uptime, the intuitively built-in cleaning nozzle entirely eliminates complex manual disassembly, streamlining routine workshop upkeep for strictly hassle-free continuous production.

Minimalist Architecture

Showcasing a minimalist industrial aesthetic, the highly compact, space-saving geometry ensures entirely flexible placement across any high-end facility, maximizing your valuable cleanroom floor space.

Sustainable Ecosystems

Our data-driven consultative approach guarantees this closed-loop recycling system instantly slashes environmental impact and drastically cuts operational costs for your sustainable manufacturing ecosystem.

Instant Deployment

We mathematically evaluate your abrasive output digitally before deploying this plug-and-play architecture, guaranteeing immediately predictable, complex-free installation from the very first minute.

Application Scenarios

1. Flexible Multi-Cell Wet Finishing

Facilities utilizing multiple vibratory or magnetic polishers often struggle with isolated wastewater management. Installing fixed plumbing for every machine is costly and rigid. The Mobile Multi-Stage Filtration System seamlessly docks with different finishing stations across the production floor. By ensuring the unit's control interface aligns with our strictly mandated right-side control architecture, multi-shift operators can manage fluid recycling identically across all machines without input confusion. The independent trolley system acts as a clear physical opening, allowing technicians to safely extract and transport dense metal sludge with absolute visual transparency.

2. Premium CNC Machining Cleanrooms

High-end machine shops require impeccable fluid management to maintain strict environmental compliance. The compact, mobile 304 stainless-steel architecture maximizes valuable workspace while perfectly reflecting a premium, high-tech factory aesthetic. Our technical team strictly evaluates your facility's daily coolant and particulate output digitally prior to deployment. This data-driven strategy guarantees the multi-tiered drawer system will efficiently capture specific micro-abrasives, instantly establishing a predictably clean, sustainable closed-loop water cycle for high-value manufacturing cells.

Product detail drawing

Case Study Reference

01.

Case Study 1: Zero-Waste Recycling for a European Medical Supplier

Client: High-End European Surgical Instruments Manufacturer

The Challenge: The client operated five separate wet polishing stations but lacked the infrastructure for centralized wastewater treatment. Abrasive sludge accumulation was causing severe downtime, and inconsistent pump controls led to factory floor spills.

Our Consultative Solution: Prior to any physical implementation, we digitally mathematically modeled their exact daily abrasive fluid volume across all five stations. We deployed the Mobile Multi-Stage System to serve as a shared, highly flexible purification hub.

The Result: The integrated pump and multi-tiered filtration delivered flawless closed-loop water recycling. The independent base trolleys provided clear physical openings, entirely standardizing and safely streamlining the sludge extraction process. By adhering strictly to our physical logic, aligning the mobile control box to the right side of every polishing station it serviced, facility managers guaranteed zero operator input errors across all shifts.

02.

Case Study 2: Space & Compliance Optimization for an Australian SME

Client: Custom Automotive Precision Parts Studio

The Challenge: Facing strict new environmental penalties for wastewater discharge, the facility needed an immediate fluid purification solution. However, their compact workshop layout could not accommodate a permanent water treatment installation.

Our Consultative Solution: Backed by 30 years of precision engineering heritage, we evaluated their specific metal sludge density digitally. We integrated the mobile 304 stainless-steel filtration system for its plug-and-play maneuverability.

The Result: The unit's high-mobility architecture allowed operators to wheel the system exactly where needed, completely maximizing their restricted floor space. The premium stainless-steel construction provided absolute corrosion resistance against aggressive polishing compounds. The data-driven deployment guaranteed the self-cleaning system instantly stabilized their output water quality, achieving immediate environmental compliance and drastically cutting operational disposal costs.