A polymer floor mop developed with DFM optimization that minimizes injection mold count, featuring a 360-degree flexible articulation joint and an ergonomic trigger mechanism, transforming domestic cleaning into an effortless and comfortable living ritual.
In industrial product design, the highest achievement is simplifying complex and costly systems into accessible, durable, and production-optimized products. Thisspray mop designproject created for Parex aimed to eradicate the burdens of carrying buckets, wringing mops, and physical fatigue in household cleaning.
At the core of our design process were rigorous DFM (Design for Manufacturing) principles that dramatically reduced part counts. We harmonized Parex's vibrant fuchsia brand identity with fluid polymer surface transitions and sleek metallic tubing.
“Parex Spray Mop is a testament to industrial simplicity, transforming cleaning from an exhausting chore into an intuitive and comfortable living ritual.”
Palm-grip trigger operating with minimal finger force, relieving wrist strain.
Leak-proof polymer reservoir displaying fluid levels and locking seamlessly into the body.
Micro-aperture nozzle dispersing water homogeneously across the floor in a wide fan cone.
Multi-axis joint that effortlessly glides under low sofas and cabinetry without binding.
Rugged polymer plate exerting uniform pressure across the entire microfiber pad onto the floor.
High-adhesion micro-hook system allows foot-operated pad removal without bending down.
In high-volume plastic injection molding, every side-action and mold cavity directly dictates manufacturing economics. In the Parex Spray Mop project, we eliminated undercuts from the mechanical housing to facilitate mold release and halved assembly times.
Optimized wall thicknesses eliminate sink marks during cooling. This smart engineering methodology delivers a lightweight and shatterproof product to consumers while granting substantial cost advantages to the manufacturer.
Wide-mouth cap with a leak-proof silicone seal enabling easy refilling under faucets.
Zero-clearance, resilient coupling of lightweight anodized tubing with colored injection components.
Locking head position allows the mop to stand upright without leaning on walls, ensuring compact closet storage.
Robust mechanical piston operating without electricity, generating uninterrupted pressure with every trigger pull.
Brand identity enriched with matte textures on high-touch zones and glossy finishes on the housing.
Fine atomization ensuring rapid drying without water marks on parquet, ceramic, and marble surfaces.
Lean body architecture minimizing plastic injection mold count and speeding up assembly line throughput.
Low-effort trigger angle that prevents wrist fatigue while maximizing spray reach.
Flexible spherical joint design effortlessly navigating under low furniture and around tight corners.
High-toughness polypropylene raw material absorbing impacts against baseboards and walls without showing scratches.
Assessment of failure points in existing mop systems, user ergonomics, and cost targets.
Handle form studies accommodating varied hand sizes, water tank integration, and nozzle angles.
CAD draft angles, wall thickness uniformity, and mechanical piston linkage engineering.
Spray cone dispersion evaluation, swivel joint durability testing, and seal validation.
Multi-cavity injection molds, robotic assembly automation, and CMF color production.
