Alat Peralatan APOT 204 Mesin Disel | Alat Peraga Pendidikan Teknik Mesin

Alat Peralatan APOT 204 Mesin Disel | Alat Peraga Pendidikan Teknik Mesin

Fitur
•    Mesin ini digunakan untuk menunjukkan pengoperasian, fungsi dan hubungan antar komponen dan struktur internal dari mesin disel
Spesifikasi
•    Mesin : 4 silender sebaris, 4 tak
•    Kapasitas : 2.000 – 2.500cc
•    Bahan Bakar : Disel
•    Valves : Over Head Valve (OHV)
•    Sistem Pengapian: Busa berpijar dengan injeksi/semprotan tak langsung
•    Sistem Pendingin : Berpendingin air dengan radiator dan termostat
•    Seluruh bagian utama dibelah, seperti blok mesin, pompa oli, pompa air (untuk bahan bakar), motor starter, karburator,alternator dan distributor (bahan bakar).
•    Tiap bagian (belahan) diberi warna tersendiri untuk memudahkan pengidentifikasian
•    Mesin peraga dipasang pada sebuah penyangga yang dirancang khusus dan dilengkapi roda dengan pengunci untuk memudahkan pergerakan.
•    Dilengkapi buku panduan pengoperasian dan perawatan.
Unit tersebut tersusun dari suku cadang bekas dan/atau baru

Cnc lathe turning - COMPAC-AP300T | Alat Peraga Pendidikan Teknik Mesin | Peralatan Turning

Cnc lathe turning - COMPAC-AP300T | Alat Peraga Pendidikan Teknik Mesin | Peralatan Turning

COMPAC-300T was designed to:
•    Meet the actual demands of qualified industrial Education for CNC-Standard
•    Utilized based on a sophisticated machine tool concept at high Industrial Standard with most modern control system Siemens 802C for training in Din-Code and Conversational Programming
•    Offer optional specialized PC-Based software applications for basic training and programming to be used for qualified education of students.

COMPAC-300T Mechanical Specifications
Basic functions
•    Swing over bed : 200mm
•    Cross travel, Stroke X : 140mm
•    Longitudinal travel, Stroke Z : 320mm
•    Distance between centers : 480mm
•    Resolution : 0.005mm
•    Rapid feed : 3m / min
•    Headstock
•    Power : 2.2 KW
•    Speed range : 100 - 3000rpm
•    Chuck diameter : 160mm
•    Turret
•    Tool holder system : VDI
•    Number of Tools : 8
•    CNC control
•    Controller (Servo Motor) : Siemens 802C (DEFAULT); Fanuc upon request
•    Interface : RS 232
•    No. of controlled axis : 2
•    Screen : Monochrome
•    I/O Module : 48/16 DI/O
•    Safety devices
•    Enclosed working area : Yes
•    Door limit switch : Yes
•    General Specs
•    Floor space L x W x H : Approx. 1600 x 1000 x 1500 mm
•    Weight : 900kg
•    Power supply : 380V, 3ph, 50Hz CNC Controller Modes, Siemens 802C
•    Set-Up : Entering Tools and Tools Offsets, Creating A New Tools, Tools Compensation Data, Entering Modifying and Determining Zero Offset and R Parameter.
•    Manual Operated Mode : Jog Mode, Hand wheel and MDA (Manual Data Input).
•    Automatic Mode : Selecting/Starting Part program, Block search, Stop / Abort Part program and Repositioning after interruption.
•    Part Programming : Enter/Edit New program, Programming Support, Vertical menu, Cycles, Contour and User Assignable Soft keys.
•    Services and Diagnosis : Data Transfer Via V24 Interface, Interface Parameters, Special Functions, Diagnosis and Start-Up.
•    Programming : Program Structure, Word structure and Block structure and Character Set.
•    Cycles : refer to Controller Features.
•    Pocket Calculator : To calculate the required value and can use the four basic arithmetic operations and functions Sine, Cosine, Squaring as well as square root function  
1.    Off – Line Simulation /Programming system (Optional)
2.    CNC simulation system TopTURN and TopCAM
3.    MDI machine setup
4.    Off line program / cutting verification
5.    Machining quality control system
6.    Machining analysis
7.    3-D simulation
8.    DNC transmission
Alat Cnc milling - COMPAC-AP100M Alat Peraga Pendidikan Teknik Mesin



Alat Cnc milling - COMPAC-AP100M Alat Peraga Pendidikan Teknik Mesin
COMPAC-AP100M was designed to:
•    Meet the actual demands of qualified industrial Education for CNC-Standard
•    Utilized based on a sophisticated machine tool concept at high Industrial Standard with most
•    modern control system Siemens 802C for training in Din-Code and Conversational Programming
•    Offer optional specialized PC-Based software applications for basic training and programming to be used for qualified education of students.

COMPAC-AP100M Mechanical Specifications
•    Spindle Axis : Vertical
•    Work Table : 150 x 245mm
•    Strokes: X: 160 mm
•    Y: 150 mm
•    Z: 140 mm
•    T-Slots : 3-x 8 x 55 mm
•    Resolution : 0.01 mm
•    X, Y, Z motors : Servo Motors
•    Spindle Speed : 50 – 2000 rpm
•    Spindle Motor Power : 1.1 kw
•    Rapid Feed : 1000 mm/ min
•    Transmission : Ball screw
•    Automatic Tool changer : No ATC
•    Overall Dimension (gross) : 1420 x 900 x 1350 mm
•    Machine weight : 300 kg
•    Power Supply : 50Hz 220V 5A Single Phase
CNC Controller, Siemens 802C
•    Set-Up : Entering Tools and Tools Offsets, Creating A New Tools, Tools Compensation Data, Entering Modifying and Determining Zero Offset and R Parameter.
•    Manual Operated Mode : Jog Mode, Hand wheel and MDA (Manual Data Input).
•    Automatic Mode : Selecting/Starting Part program, Block search, Stop / Abort Part program and Repositioning after interruption.
•    Part Programming : Enter/Edit New program, Programming Support, Vertical menu, Cycles, Contour and User Assignable Soft keys.
•    Services and Diagnosis : Data Transfer Via V24 Interface, Interface Parameters, Special Functions, Diagnosis and Start-Up.
•    Programming : Program Structure, Word structure and Block structure and Character Set.
•    Cycles : Refer to Controller Features.
•    Pocket Calculator : To calculate the required value and can use the four basic arithmetic operations and functions Sine, Cosine, Squaring as well as square root function.
•    Registerable Programs : 100  
Off – Line Simulation /Programming system (Optional)
CNC simulation system TopMILL and TopCAM
MDI machine setup
Off line program / cutting verification
Machining quality control system
Machining analysis
3-D simulation
DNC transmission

COMPAC-AP100 CNC Maintenance & Troubleshooting

 COMPAC-AP100 CNC Maintenance & Troubleshooting Alat Peraga Pendidikan Teknik Mesin

The CNC troubleshooting system series was designed to meet the actual demands of qualified industry and education for CNC-machine maintenance standard. Based on a sophisticated CNC controller at high industrial standard with modern control system, Siemens 802C is offered to be used for training in troubleshooting and maintenance tasks. In addition to link with the CNC trainer attachment, we offers specialized fault insertion applications for basic training and programming to be used for qualified education of students.

Fault Injection
•    The CNC trouble shooting system series was designed to meet the actual demands of qualified industrial and education for CNC-machine maintenance Standard
•    Based on a sophisticated CNC controller at high Industrial Standard with most modern control system Siemens 802C is offered to be used for training in trouble shooting and maintenance tasks
In addition to link with the CNC trainer attachment we offer specialized fault insertion applications for basic training and programming to be used for qualified education of students
The Trouble shooting Panel should consist of the following 6 Modules for Trouble shooting experiment:

1. Power Source and Control Module
– Experiment in Power control
– Experiment in Wiring
2. CNC Module
– Experiment in Machine data tuning
– Experiment in PLC data/parameter tuning
3. Feed Module (X, Y (milling only) and Z axis)
– Experiment in Data Signal Flow
– Experiment in Feedback Signal Flow
– Experiment in Input power
4. Spindle Module
– Experiment in Signal Flow
– Experiment in Parameter tuning
– Experiment in Input power
5. I/O Module
– Experiment in Signal Flow
6. Turret (If come with Automatic Tool Change)
– Experiment in Signal Flow
– Experiment in Indexing
7. All the above 6 modules should come with the fault
insertion function for troubleshooting experiments usage

Standard Functions of Troubleshooting:
•    CNC Alarm message and error acknowledgement, repairing and troubleshooting
•    Able to function in two mode: Panel mode and Machine Mode
•    Able to set fault in two mode: Toggle switch mode and dial switch mode
•    Able to probe signal by using test and measurement equipment through points
•    CNC system installation, parameter setting, communication, and configuration
•    Main Spindle speed configuration and parameter setting are available
•    Tools turret control and sign connection
•    On / off switch for CNC application training
•    Stepper motor or Servo motor connection, configuration, and status performance characteristic
•    Come together with PLC parameter, programming, connection, and machine data
•    Pulse disk measuring scale, binary measuring scale and application
•    Current tool carrier, signal integration
•    CNC programming, simulation and real machining

3D Physics Three Dimensions System Alat Peraga Pendidikan Teknik Mesin|

3D Physics Three Dimensions System Alat Peraga Pendidikan Teknik Mesin|

Description:
"3D" system uses ONE SENSOR at the end of a robot, that moves in the space (3 axes, so three dimensions). This sensor gets the results, and in nearly real time is sending the information to the ELECTRONIC INTERFACE (control interface) that manipulates and controls the signals.
These signals, by using a SOFTWARE package, specific for any particular application, are handled by the computer (PC), so the results can be seen in the computer screen in THREE DIMENSIONS, as it happens in the real world.
The system is very complex and it only uses a signal at a time.
It is an excellent and complete system for demonstrating things that happen in the space, as sound, liquid movements, magnetic fields ,etc.
This system uses:
•    Base-structure and robot.
•    Sensor in the teaching unit.
•    Control interface.
•    Common and standard data acquisition board (PCI) placed in a computer slot.
•    Software package specific for any teaching unit doing: Control, Data acquisition and Data management.
This "3D" system is used for:
•    Electrical fields.
•    Magnetic fields.
•    Mechanics study.
•    Acoustics study.
•    Optics study.
•    Thermodynamics study.
Software screens:
Software original version in English and Spanish
Any other language available on request

ALAT UJI GETARAN Vibration Meter TYPE 1332 A

Alat Peraga Pendidikan Teknik Mesin | ALAT UJI GETARAN Vibration Meter TYPE 1332 A

DIGI-VIBRO yang praktis ini, adalah solusi tepat bagi anda yang membutuhkan pengukur vibrasi. Design yang mengutamakan kemudahan ini, mempercepat pengerjaan pengukuran.
Aplikasi Penggunaan DIGI-VIBRO
Selama mesin-mesin yang berputar ataupun mesin bolak-balik berjalan dengan normal, maka keselamatan dan keamanan Anda dan mesin sendiri akan terjamin. Namun, sekali saja mesin tersebut bermasalah, maka akan menimbulkan goncangan getaran yang sangat besar yang akan membahayakan diri orang-orang yang berada di sekitarnya. DIGI-VIBRO menghadirkan pengukur vibrasi untuk sejumlah mesin yang tidak terbilang macamnya, termasuk dan tidak hanya sebatas pompa, blower, machine tools, automobiles, dan penerbangan. Berikut adalah sebagian kecil dari bilangan aplikasi-aplikasi penggunaan DIGI-VIBRO:

•    Pengukuran vibrasi di bagian-bagian frame utama
•    Memeriksa kondisi aktuasi Solenoide valve
•    Inspeksi kerusakan pada Machine tool
•    Maintenance pada berbaga jenis mesin/engine umum
•    Maintenance pada casis dynamomoeters yang digunakan untuk uji otomotif
•    Memeriksa kerusakan bearing pada blower yang terpasang pada plan incinerator sampah
•    Memeriksa keausan bearing pada mesin grinding yang digunakan untuk fabrikasi clock parts
•    Pengukuran amplitudo dan akselerasi pada vibration tester
•    Mengukur titik resonansi pada instrument dimana vibrasi engine tertanam
•    Pemeriksaan kondisi Aktuasi mesin packing obat-obatan otomatis
•    Pemeriksaan berkala pada pompa dan blower yang terpasang pada plan petrochemical
•    Pemeriksaan dengungan transformator (trafo)
•    Representasi numeric pada aktuasi vibrator pada ponsel
•    Pengukuran vibrasi spindle
•    Maintenance kipas tower pendingin
   
Pegang dan tempelkan Sesor pada obyek untuk melakukan pengukuran    Sensor dapat di clamp dengan baik menggunakan magnet
   
Sensor juga dapat dibautkan pada posisi    Lindungi sensor dengan menggunakan adhesive dua sisi (double-tape)
Model    MODEL-1332A
Tipe Sensor yang sesuai    Tersedia berikut sensor accelerometer Model 2304A
Sensitivity: 5pC (m/s 2) (typ.)
(Opsional: dapat ditukar dengan sensor accelerometer lain)
Input    Input Muatan (Charge); konektor BNC
Range ukur Akselerasi    0.1 s/d 199.9 m/s 2 (Peak/ puncak)
Range ukur Kecepatan/Velocity    0.1 s/d 199.9 mm/s (RMS)
Range ukur Perpindahan /Displacement    0.001 s/d 1.999 mm (P-P)
Range Frekuensi    Velocity dan displacement: 10 s/d 1000 Hz – 1dB
Akselerasi: 5 s/d 5000 Hz ± 1dB
Akurasi    Akselerasi: 3% skala baca ± 1 digit
Velocity dan displacement: 5%skala baca ± 1 digit
pada 80 Hz , FS/2 dan 20°C ± 5°C
Karakteristik terhadap Suhu    +0.15%/°C skala baca (typ.)
AC output    Akselerasi: 10 mV/(m/s 2), ± 2V Max Velocity: 10 mV/(mm/s), ± 2V Max Displacement: 2V/mm, ± 2V Max
Resistansi Output: 1 k Ω , dengan miniplug Tingkar noisel: ≤ 1 mV (RMS)
Digital display    3 1/2 digits LCD, sekitar tiga sampling per detik
Power supply (batrei)    Sebuah batrei 006P (9 V), 7 s/d 10 V, beroprasi selama 70 jam atau lebih tanpa henti
Dimensi dan berat (satuan utama)    130(P)x75(L) x 24(T) mm (sekitar 250 g)

Model    MODEL-1332A-01H    MODEL-1332A-02H    MODEL-1332A-01L    MODEL-1332A-00F
Approximate specifications    Range ukurnya 10 kali lipat lebih besar. Resolusinya baik akselerasi, velocity maupun displacement jauh dibawah STD.    Range ukur Displacement diset pada 20 mm (P-P). Untuk akselerasi dan velocity resolusi STD, tetapi resolusi displacement menjadi 10 μ m.    Resolusi ukur dibuat 10 kali lebih baik dari STD. Range ukur maksimum untuk akselerasi, velocity dan displacement 1/10 dari STD.    Sensor ringan 1 g. Frekuensi batas atas disetting pada 1000Hz. Range ukur dan resolusii sama dengan STD.
Type sensor yang sesuai    MODEL-2304A
Sensitivity: 5pC (m/s 2) typ.    MODEL-2304A
Sensitivity: 5pC (m/s 2) typ.    MODEL-2369
Sensitivity: 10pC (m/s 2) typ.    MODEL-2302B
Sensitivity: 1.8pC (m/s 2) typ.
Input    Input Muatan (Charge); konektor BNC      <—    <—    <—
Range ukur Akselerasi    1 s/d 1999 m/s 2 (Peak)    0.1 s/d 199.9 m/s 2 (Peak)    0.01 s/d 19.99 m/s 2 (Peak)    0.1 s/d 199.9 m/s 2 (Peak)
Range ulkur Velocity    1 s/d 1999 mm/s (RMS)    0.1 s/d 199.9 mm/s (RMS)    0.01 s/d 19.99 mm/s (RMS)    1 s/d 199.9 mm/s (RMS)
Range ulkur Displacement    0.01 s/d 19.99 mm (P-P)    0.01 s/d 19.99 mm (P-P)    0.1 s/d 199.9 μm (P-P)    0.001 s/d 1.999 mm (P-P)
Range Frekuensi    Velocity dan displacement: 10 s/d 1000 Hz – 1dB
Akselerasi: 5 s/d 5000 Hz ± 1dB    Velocity dan displacement: 5 s/d 1000 Hz – 1dB
Akselerasi: 10 s/d 5000 Hz ± 1dB    Velocity dan displacement: 10 s/d 1000 Hz – 1dB
Akselerasi: 5 s/d 5000 Hz ± 1dB    Velocity dan displacement: 10 s/d 1000 Hz – 3dB
Akselerasi: 5 s/d 5000 Hz
± 3dB
Akurasi    Akselerasi: 3% skala baca ± 1 digit
Velocity dan displacement: 5%skala baca ± 1 digit
At 80 Hz , FS/2 dan 20°C ± 5°C    Akselerasi: 3%skala baca ± 1 digit
Velocity dan displacement: 5%skala baca ± 1 digit
At 80 Hz , FS/2 dan 20°C ± 5°C    Akselerasi: 3%skala baca ± 1 digit
Velocity dan displacement: 5%skala baca ± 1 digit
At 80 Hz , FS/2 dan 20°C ± 5°C    Akselerasi: 3%skala baca ± 1 digit
Velocity dan displacement: 5%skala baca ± 1 digit
At 80 Hz , FS/2 dan 20°C ± 5°C
AC output    Akselerasi: 1 mV/(m/s 2), ± 2V Max
Velocity: 1 mV/(mm/s), ± 2V Max
Displacement: 200 mV/mm, ± 2V Max
Output resistance: 1 kΩ, with a miniplug
Noise level: 1 mV (RMS) or less    Akselerasi: 10 mV/(m/s 2), ± 2V Max
Velocity: 10 mV/(mm/s), ± 2V Max
Displacement: 200 mV/mm, ± 2V Max
Output resistance: 1 kΩ, with a miniplug
Noise level: 1 mV (RMS) or less    Akselerasi: 100 mV/(m/s 2), ± 2V Max
Velocity: 100 mV/(mm/s), ± 2V Max
Displacement: 2V/100μm, ± 2V Max
Output resistance: 1 kΩ, with a miniplug
Noise level: 1 mV (RMS) or less    Akselerasi: 10 mV/(m/s 2), ± 2V Max
Velocity: 10 mV/(mm/s), ± 2V Max
Displacement: 2V/mm, ± 2V Max
Output resistance: 1 kΩ, with a miniplug
Noise level: 1 mV (RMS) or less
Digital display    3 1/2 digits LCD, sekitar tiga sampling per detik
Power supply (baterai)    Sebuah batrei 006P (9 V), 7 s/d 10 V, beroprasi selama 70 jam atau lebih tanpa henti
Dimensi dan berat (satuan utama)    130(P)x75(L) x 24(T) mm (sekitar 250 g)

Alat Peraga Pendidikan Teknik Mesin | Lineas - The Wim Sensor With Quartz Technology

Alat Peraga Pendidikan Teknik Mesin | Lineas - The Wim Sensor With Quartz Technology

Quartz – Extraordinary Material for Amazing Performances
Lineas is a rugged and reliable quartz sensor, distinguished by its excellent accuracy, stability and long life. It covers all speeds from walking pace to highway driving. The Lineas is the only sensor, which can be reworked in case ruts or cracks appear in the pavement. With its modular design the adaptation to the road width and surface is very easy. For the installation only a small intrusion in the road is required.
Lineas is maintenance free and very safe, as it is well secured in the road (without frames or screws).
Lineas® Features the Unique Properties Offered by Quartz Force Sensors

• There is no fatigue or ageing Absolutely stable electrical and mechanical properties
• Works reliably from arctic to desert temperatures Operating temperature range = –50 ... 80 °C
• Temperature influence is negligible <1 % within a temperature variation of 50 °C
• Uniform sensitivity over entire sensor length
• Wide, linear measuring range Bikes can be weighed as accurately as heavy vehicles
• Measures accurately at any speed – up to highway speed
• Decoupled from lateral forces – no ghost axles appear
• Elastic properties match those of road surfacing materials
• Quick and easy installation – no heavy machinery required
• No maintenance required
• Lineas is the only sensor that can be ground flush if cracks or ruts occur in the pavement Lineas meets all your requirements for Weigh in Motion!
Lineas® Applications

Statistics
• Acquires vehicle load data for traffic statistics

Overload detection
• Pre-Selection: overloaded trucks are diverted from the traffic for inspection and static weighing
• Weight Enforcement: the weight limits are enforced by means of high speed WIM, including video
• Bridge & Construction Protection: prevents overweight vehicles from crossing a bridge of limited capacity

Toll Roads
• measures vehicle weights near toll gates, i.e. for weight-dependent toll

Road Research and Pavement Management System
• Gathers data for use as design criteria for road and structural engineering
• Verifies optimal load distribution between axles and wheels of a vehicle
• Detects excessive axle and wheel loads
Lineas meets all your requirements for Weigh in Motion
Lineas® Installation – Minimal Invasive Technology
The installation of Lineas WIM sensors is fast and easy, requiring just a few steps. The intrusion in the pavement is very
small: only a slot of 55 mm depth and 72 mm width. The lane is usually closed for just 6 to 8 hours and the only heavy
machinery needed is a pavement cutter or milling machine.

Alat Peraga Permainan Puzzel Kayu | Alat Peraga TK


Alat Peraga Permainan Puzzel Kayu | Alat Peraga TK
Deskripsi
Pintu gajah merupakan permainan untuk asah otak.Terdiri atas 12 potongan yang disusun pada posisi start. Sasaran dari permainan ini adalah mengeluarkan gajah hanya dengan menggeser gambar lain yang menghalangi.

Fungsi
•    Melatih berpikir secara tepat dan teratur
•    Melatih strategi
•    Melatih kreatifitas
•    Melatih konsentrasi dan kesabaran

Cara Pemakaian
•    Atur masing-masing gambar pada posisi awal
•    Keluarkan satu keping, yang berupa gambar pagar
•    Carilah jalan untuk mengeluarkan gambar gajah dengan menggeser gambar yang lain, tidak dengan mengangkatnya

 Bahan Kayu, Kemasan Plastik, Ukuran setelah dikemas 11x14x1 cm

Alat Peraga Permainan Anak TK Hanoi Kotak | Peraga Edukatif
Deskripsi
Hanoi kotak merupakan permainan yang lebih rumit dan menarik. Terdiri atas 16 keping bentuk kotak dengan 4 ukuran yang disusun bertingkat, yaitu 11x11 cm, 9x9 cm, 6,5x6,5 cm dan 5x5 cm. Masing-masing ukuran terdiri atas 4 warna berbeda. Permainan dapat lebih bervariasi sesuai kreatifitas guru dan orang tua.

Fungsi
•    Melatih koordinasi mata dan tangan
•    Melatih motorik halus
•    Melatih berpikir secara tepat dan teratur
•    Kemampuan menangkap bentuk dan warna obyek
•    Pengenalan konsep besar kecil

 Cara Pemakaian
•    Untuk anak yang masih kecil, dapat digunakan untuk pengenalan warna
•    Untuk anak yang lebih besar, tunjukkan pada anak bentuk hanoi yang utuh (bentuk kerucut)
•    Ajak anak melepas masing-masing keping
•    Ajak anak memasang kembali, sambil menjelaskan keping mana yang lebih besar atau lebih kecil

Bahan : MDF, Kemasan : Plastik, Ukuran setelah dikemas    12x12x12 cm
Alat Peraga TK, Hanoi Bulat, Alat Peraga Permainan Pendidikan Taman Kanak-kanak (TK)
https://alperpendidikan.blogspot.co.id/

Alat Peraga TK, Hanoi Bulat, Alat Peraga Permainan Pendidikan Taman Kanak-kanak (TK) 
Deskripsi:
Alat Peraga Permainan Anak-anak sekolah taman kanak-kanak dan sekolah dasar Hanoi bulat merupakan permainan yang sangat menarik. Terdiri atas 9 keping bentuk bulat yang disusun bertingkat, masing-masing dibuat dengan warna berbeda. 

Manfaat :
  1. Melatih koordinasi mata dan tangan
  2. Melatih motorik halus
  3. Melatih berpikir secara tepat dan teratur
  4. Kemampuan menangkap bentuk dan warna obyek
  5. Pengenalan konsep besar kecil

Cara Menggunakan Alat
  • Untuk anak yang masih kecil, dapat digunakan untuk pengenalan warna
  • Untuk anak yang lebih besar, tunjukkan pada anak bentuk hanoi yang utuh (bentuk kerucut)
  • Ajak anak melepas masing-masing keping
  • Ajak anak memasang kembali, sambil menjelaskan keping mana yang lebih besar atau lebih kecil

Bahan Alat Peraga Hanoi Bulat
  • MDF
Kemasan
  • Plastik
Ukuran setelah dikemas
  • 12x12x12 cm