INFORMATION ON 3D-PRINTED COMPONENTS
3D Selective Laser Sintering Printing Technique (SLS)
Selective laser sintering is an additive manufacturing technique that uses a laser as the power and heat source to sinter powdered material (Glass Filled Nylon 12), aiming the laser automatically at points in space defined by a 3D model, binding the material together to create a solid structure. SLS printing has a dimensional tolerance of ± 0.3% and a lower limit of ± 0.3 mm. You may find the fit of the axle forks too tight at first. This will lessen over time as the high points wear down and the fit becomes as designed.
DETAILS
CGSCTM01 ~ WHAT'S IN THE BOX
- BASE UNIT TIRE MACHINE (FULLY ASSEMBLED)
- DUAL-SIDED SANDING STICK (220 & 400 GRIT)
- 1/32 AXLE PULLEY ADAPTER
- 2MM GRUB SCREW
- WRENCH
Note: To power the Base Module, you will need an external variable DC power supply (not included).
The minimum recommended specs are 0-12VDC with a minimum rated output of 5A. Digital readouts for
voltage and current are recommended.
GETTING STARTED
PROCEDURE
- PLACE THE UNIT ON A FLAT WORK SURFACE
- PLACE THE AXLE PULLEY ON THE AXLE ASSEMBLY (NEAR THE MIDDLE) AND GENTLY TIGHTEN THE SET SCREW UNTIL THE PULLEY DOESN'T SPIN ON THE AXLE.
- TEST FIT THE CARS AXLE ASSEMBLY TO THE MACHINE SO THAT THE DRIVE BELT SITS SECURELY ON THE AXLE PULLEY IN THE CENTER OF THE MACHINE. ADJUST AXLE TABS SO BUSHINGS/BEARINGS ARE SEATED ON TABS AND THE AXLE ASSEMBLY CAN NOT SHIFT SIDE TO SIDE.
- PLUG THE POWER LEADS INTO A SUITABLE POWER SUPPLY
- SET THE SUPPLY VOLTAGE TO 0 AND TURN ON THE POWER SUPPLY.
Note: To power the Base Module, you will need an external variable DC power supply (not included).
The minimum recommended specs are 0-12VDC with a minimum rated output of 5A. Digital readouts for
voltage and current are recommended.