Showing 120 Results For "plastic tray mold"
-
プラスチック金型メーカー マルチステーション熱間成形カスタマイズされた電子トレイ金型
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner\ Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
耐久性のある卵皿模具 12 穴型プラスチック食品包装模具
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
HXWMOLD パンプリング PP プラスチック トレイ 模具 熱形化 食品 包装 模具
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
自動熱形塑料トレイ模具 食品パッケージング模具 PLC制御
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
OEM プラスチックの卵皿模具 12 穴 熱形付 型式模具
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
食品グレードの正方形 PP PET 容器金型プラスチック トレイ熱成形金型
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
均衡の取れた冷却,精密な厚さ制御と安定した熱形状のPP/PET直角型トレイ模具
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner\ Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
OEM 生物分解可能な直角型トレイ模具 環境に優しい食品包装ソリューション
Specification Shaping ModeVacuum forming Place of OriginChina Product Materialaluminum ProductVacuum forming Mould MaterialAluminum ProcessCNC RunnerHot Runner\ Cold Runner Surface treatmentPolishing Tolerance0.02mm -0.05mm SizeCustomer Size Accepted ThicknessAs the customer's demand Welcome2D/3D ...
-
3 ステーション プラスチック ボウル ケーキ ボックス トレイ 鋳造
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
全自動真空ランチボックス模具 熱形化使い捨てプラスチックトレイ模具
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
マルチステーションダイセーフプラスチックボウル金型真空熱成形金型
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
-
防霧 プラスチック容器 模具 ボウル 模具 熱冷食品包装用
Specification Shaping Mode Vacuum forming Place of Origin China Product Material aluminium Product Vacuum forming Mould Material Aluminum Process CNC Runner Hot Runner Cold Runner Surface treatment Polishing Tolerance 0.02mm -0.05mm Size Customer Size Accepted Thickness As the customer's demand ...
