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Minecraft Create Mod: Automatic Andesite Casing Factory Construction Guide 🏭
A detailed explanation of how to build an automated Andesite Casing factory using the Minecraft Create mod. Covers efficient resource management, building automation systems, and ways to increase convenience.
1. 🏭 Andesite Casing Factory Construction Plan and Basic Design
- ✅ Setting factory construction goals for automated Andesite Casing production
- ✅ Consider building the factory indoors or as a landfill
- ✅ Factory layout: Andesite Alloy factory on the left, Andesite Casing factory on the right
00:04 - 00:31
1. 🏭 Andesite Casing Factory Construction Plan and Basic Design
- ✅ Setting factory construction goals for automated Andesite Casing production
- ✅ Consider building the factory indoors or as a landfill
- ✅ Factory layout: Andesite Alloy factory on the left, Andesite Casing factory on the right
00:32 - 01:27
2. 📐 Factory Design and Building Block Selection
- ✅ Secure 7 spaces based on a 3x3 warehouse
- ✅ Minimize problems by shaping the building first
- ✅ Choose bricks that match the granite floor, making the most of the building blocks currently available
01:28 - 02:43
3. ⚙️ Item Transfer and Combination System Design
- ✅ Design the item to come out when it is taken out
- ✅ Consider using brass funnels to dispense items in sets
- ✅ Design a system to lift items up using rails and send them underground to combine
03:38 - 04:27
4. 🔨 Andesite Casing Production Process Design
- ✅ Input materials using brass hands and remove shells using mechanical saws
- ✅ Change item state using axes or saws (additional process required when using axes)
- ✅ Consider using mechanical hands to acquire items
04:28 - 05:03
5. 🛠️ Installing Mechanical Arms and Gears
- ✅ Make mechanical arms using quartz
- ✅ Install gears to build a power transmission system
- ✅ Includes the process of giving Andesite Alloy to the mechanical arm
05:04 - 06:30
6. 🤖 Mechanical Arm Utilization and Settings
- ✅ Setting input/output ports is important before installing the mechanical arm (blue: input, yellow: output)
- ✅ You can set filters to only bring specific items
- ✅ Build an automated system that uses mechanical arms to move items to designated locations
06:31 - 07:30
7. 🪵 Material Supply and Machine Placement
- ✅ Supply Andesite Alloy and raw logs through mechanical arms
- ✅ Process raw wood with a saw to create Andesite Casings
- ✅ Consider front placement so that the movement of the mechanical arm is clearly visible
07:33 - 08:30
8. 🔄 Utilizing Item Interfaces and Solving Power Supply Issues
- ✅ Consider using an item interface to lift items up
- ✅ Check if power is required and decide on a power supply method
- ✅ Note that the item interface does not work without power
08:37 - 09:56
9. ⬆️ Improving Item Transport System and Connecting Belts
- ✅ Build and check the connection of the system to lift items up
- ✅ Solve belt order and direction issues
- ✅ Don't do useless things, change to sucking from above
09:57 - 11:11
10. ⚡ Power Connection and Gear Box Utilization
- ✅ Connect power to the belt and use a chain driver
- ✅ Use a gear box to change direction and adjust power efficiency
- ✅ Utilize previously learned methods to transport items in the middle of the tree
11:14 - 12:28
11. 🌊 Power Supply Using Water Wheels and Utilizing Transmissions
- ✅ Install a water wheel to supply power
- ✅ Attempt to solve direction problems using transmissions
- ✅ Add a gear box to accurately match the power direction
12:30 - 13:32
12. ✅ Andesite Casing Production Confirmation and Factory Completion
- ✅ Check if Andesite Casings are being produced normally
- ✅ Check if the mechanical arm is putting the items in correctly
- ✅ Consider building an additional factory as the process is simpler than expected
13:33 - 14:16
13. 📦 Additional Design for Item Removal System
- ✅ Add an item removal system to improve convenience
- ✅ Consider using a dispenser to throw items
- ✅ Design a system to dispense items like a faucet in case items are needed urgently
14:19 - 15:13
14. ⛲ Implementing an Item Discharge System Using Dispensers and Water Flow
- ✅ Solve the problem of items continuously coming out of the dispenser (problem due to lack of power)
- ✅ Create a chopper vibe by flowing the water direction in an S shape
- ✅ Use girders to prevent water from flowing sideways
15:14 - 16:42
15. 💧 Final Check and Addition of Convenience Features
- ✅ Supply power to the dispensing system
- ✅ Implement a function to dispense items like a faucet
- ✅ Build a system in preparation for when a small amount of items is needed
- ✅ Conclude by emphasizing that Andesite Casings have gained freedom