1. CMS Mixed Two‑color / CMS‑3Color Mixed Three‑color (Chameleon Series)

✅ Application scenarios: Parts requiring gradient texture, marble veining and sandwich laminated structure; cost reduction by utilizing regrind or off‑spec materials.

Flagship model for simulated artificial flowers with gradient‑colored petals and leaves, delivering natural color transition without harsh dividing lines.Supports co‑injection sandwich molding: virgin material for outer layer to guarantee cosmetic quality, regrind/recycled material for inner core, cutting overall material cost by 15%‑25%.One‑click switch to single‑color production for multi‑purpose utilization.

Core features: Parallel dual‑/triple‑injection units sharing one common nozzle.Conventional single‑color molds can be used directly without new dedicated two‑color mold development, lowering upfront mold investment.Special customized upgrades available for the artificial‑flower industry.

Typical products: Simulated artificial flowers, petals, leaves, pet chew toys, consumer‑goods housings, cosmetic ornaments, two‑color textured artware, large thick‑wall plastic parts.

❌ Not recommended: Parts requiring sharp material boundaries, hard‑over‑soft overmolding or localized precise insert overmolding.

2. Custom‑built Special‑purpose Machines for Artificial‑flower Production

✅ Application scenarios: Mass production of artificial plants, petals, leaves, stems and simulated greenery. Optimized for thin‑wall parts with numerous tiny features, pursuing natural gradient color, low reject rate and stable high‑volume output.

Model platform classification‑ Solid‑color flower‑accessory production: TEC‑CII‑F flower‑special version (TEC120CII‑F, TEC170CII‑F)‑ Gradient / mixed‑color petals & leaves: CMS‑F mixed two‑/three‑color custom models (CMS120/140/170)

Core features: Specially optimized for thin‑wall petals and multi‑cavity small‑shot‑weight molds: stable low‑speed injection and fast injection response to mitigate short‑shot, flash and deformation. Optimized screw for soft PP/PE flower‑grade materials. Preset hydraulic parameters for flower‑molding processes. Supports both single‑color and gradient mixed‑color production modes.

Typical products: Artificial plastic flowers, preserved fake flowers, leaves, flower stems, artificial‑greenery components, simulated aquatic plants.

📌 Selection tips‑ Only solid‑color flower accessories → TEC‑CII‑F single‑color flower‑special machine‑ Natural petal gradient & two‑color transition required → CMS‑F custom mixed‑color machine

3. CPS Parallel True Two‑color Injection Molding Machine

✅ Application scenarios: Distinct‑boundary two‑color parts, hard‑soft overmolding, one‑step molding of two dissimilar materials.

Molding performance: 180° servo turntable structure delivers sharp, well‑defined boundaries between two colors / materials. Firm bonding between hard plastic and TPE/TPU soft material for anti‑slip, anti‑impact and improved tactile feel.

Core features: Two independent injection units with turntable cyclic molding. Designed for standard two‑color molds, offering high dimensional stability and excellent bonding strength.

Typical products: Power‑tool handles, automotive interior buttons, home‑appliance switches, 3C electronic accessories, medical two‑color components, non‑slip kitchenware handles.

❌ Not recommended: Applications requiring mixed‑color gradient, sandwich regrind cost‑saving, or customers unwilling to invest in dedicated two‑color molds.

4. K‑TEC Spirit Series (Mainstream Precision Servo Machines)

✅ Application scenarios: General single‑color parts requiring high precision, stable mass production, energy efficiency and durability; suitable for thin‑wall micro‑parts as well as medium‑to‑large components.

Core features: Closed‑loop servo control system with high injection repeat accuracy. Broad clamping‑force range: 100T‑1400T with great process adaptability. Stable long‑run production for multi‑cavity molds, thin‑wall parts and engineering plastics (ABS / PC / PA / POM, etc.).

Typical products: Electronic housings, small home‑appliance components, automotive structural parts, daily‑use articles, packaging shells, precision plastic structural components.

Target customers: Processors with wide product portfolios, frequent material changes and strict dimensional‑tolerance requirements.

5. TEC‑CII Economy Servo Injection Molding Machine

✅ Application scenarios: High‑volume production of standard single‑color plastic parts with priority on equipment‑procurement budget; for mature proven general‑purpose products.

Core features: Cost‑effective entry‑level servo model with simplified configuration to lower acquisition threshold. Greatly improved energy‑saving performance versus fixed‑pump machines, easy maintenance and low failure rate. Can be upgraded to TEC‑CII‑F flower‑special version.

Typical products: General turnover parts, plastic housings, simple consumer goods, disposable plastic components.

❌ Not recommended: Ultra‑thin‑wall parts, ultra‑high‑precision workpieces or applications demanding extremely short cycle times.

📌 Quick reference: K‑TEC vs TEC‑CII‑ Pursuing precision & stability, frequent mold changes, engineering‑plastic processing → K‑TEC Spirit Series‑ Large‑batch simple single‑product runs with limited budget → TEC‑CII Series

6. CRATE High‑speed Special‑purpose Machine for Crate Production

✅ Application scenarios: Mass‑production of plastic turnover crates, vegetable & fruit baskets, logistics pallets and plastic storage bins.

Core features: Extended‑stroke ejection, enhanced servo flow capacity and reinforced clamping rigidity. Wear‑resistant optimized screw‑barrel assembly for PP regrind materials. Optimized hydraulic circuit for fast‑cycle high‑speed operation, compatible with large multi‑cavity crate molds.

Typical products: Fresh‑produce turnover crates, logistics plastic bins, vegetable baskets, aquaculture plastic boxes.

7. PET‑special High‑speed Series

✅ Application scenarios: PET preforms, wide‑mouth preforms, transparent plastic caps and thin‑wall PET packaging containers.

Core features: PET‑special low‑shear screw design to prevent material degradation. Extended plasticizing unit, fast injection and optimized cooling matched for preform molding. Optional high‑speed electric‑injection configuration for further cycle‑time reduction.

Typical products: Mineral‑water bottle preforms, beverage preforms, daily‑chemical packaging preforms, transparent PET containers.

8. PHOENIX Series (High‑end Electric‑Plasticizing / Electric‑injection Precision Machines)

✅ Application scenarios: Ultra‑high molding repeat accuracy, lower energy consumption, low‑noise clean‑room production. For high‑end precision components and high‑speed thin‑wall parts; for processors with sufficient budget and strict yield requirements.

Model subdivisions‑ PHOENIX/P: Hydraulic clamping + electric plasticizing, cost‑effective high‑end option‑ PHOENIX/ES: Hydraulic clamping + full‑electric injection, ultra‑fast injection speed and superior repeat accuracy

Core features: Servo‑motor direct‑drive injection unit with closed‑loop high‑precision control. Faster injection response and stable plasticizing with minimal injection repeat error. Lower procurement cost compared with full‑electric machines while outperforming pure hydraulic‑servo models. Low operating noise and heat generation, saving cooling‑water consumption. Supports compound actions to shorten molding cycles. Modular injection unit for flexible screw replacement for different materials.

Typical products: Precision 3C components, micro‑electronic assemblies, thin‑wall optical parts, high‑end medical‑device housings, premium cosmetic packaging, precision gear structural parts.

❌ Not recommended: Large‑volume low‑cost simple rough‑cast parts; choose K‑TEC / TEC‑CII to control investment.