Digits in their lanes Input:

A list of integers

Output:

Put each digit (and the minus sign) in its own lane, in the order -0123456789, ignoring any duplicated digits.

Example:

Input: [1,729,4728510,-3832,748129321,89842,-938744,0,11111]

Output:

-0123456789  &lt;- Added as clarification only, it's not part of the output

  1         
   2    7 9
 012 45 78 
-  23    8 
  1234  789
   2 4   89
-   34  789
 0         
  1        


Challenge rules:


Any duplicated digits in the number are ignored.
I/O can be in any reasonable format. Input can be as a list/array of strings or character-array. Output can be as a list of strings, characters, character-matrix, etc.
Trailing spaces are optional.
Any amount of leading or trailing new-lines are optional (but not in between lines).
Input will always contain at least one integer
You'll have to support an integer range of at least -2,147,483,648 though 2,147,483,647 (32-bit).
The input-list will never contain -0, 00 (or more than two zeroes), or integers with leading zeroes (i.e. 012).
If you language uses a different symbol for negative numbers (like an upper ¯), you are also allowed to use that instead, as long as it's consistent.
You are allowed to have a space delimiter between digits (so a line without 5 or 8 can be - 0 1 2 3 4   6 7   9 instead of -01234 67 9), as long as it's consistent (and therefore there should also be a space between - and 0).


General rules:


This is code-golf, so shortest answer in bytes wins.
Don't let code-golf languages discourage you from posting answers with non-codegolfing languages. Try to come up with an as short as possible answer for 'any' programming language.
Standard rules apply for your answer, so you are allowed to use STDIN/STDOUT, functions/method with the proper parameters and return-type, full programs. Your call.
Default Loopholes are forbidden.
If possible, please add a link with a test for your code.
Also, please add an explanation if necessary.


Test cases:

Input: [1,729,4728510,-3832,748129321,89842,-938744,0,11111]
Output:
  1         
   2    7 9
 012 45 78 
-  23    8 
  1234  789
   2 4   89
-   34  789
 0         
  1        

Input: [4,534,4,4,53,26,71,835044,-3559534,-1027849356,-9,-99,-3459,-3459,-94593,-10234567859]
Output:
      4     
     345    
      4     
      4     
     3 5    
    2   6   
   1     7  
  0  345  8 
 -   345   9
 -0123456789
 -         9
 -         9
 -   345   9
 -   345   9
 -   345   9
 -0123456789

Input: [112,379,-3,409817,239087123,-96,0,895127308,-97140,923,-748]
Output:
  12       
   3    7 9
-  3       
 01 4   789
 0123   789
-      6  9
 0         
  123 5 789
-01  4  7 9
   23     9
-    4  78 

Input: [-15,-14,-13,-12,-11,10,-9,-8,-7,-5,-4,-3,-1,0,9,100,101,102,1103,104,105,106,116,-12345690]
Output:
- 1   5    
- 1  4     
- 1 3      
- 12       
- 1        
-01        
-         9
-        8 
-       7  
-     5    
-    4     
-   3      
- 1        
 0         
          9
 01        
 01        
 012       
 01 3      
 01  4     
 01   5    
 01    6   
  1    6   
-0123456  9

Input: [99,88,77,66,55,44,33,22,11,10,0,0,0,-941]
Output:
          9
         8 
        7  
       6   
      5    
     4     
    3      
   2       
  1        
 01        
 0         
 0         
 0         
- 1  4    9
05AB1E, 13 bytes

Code:

v'-žh«DyмSð:,


Uses the 05AB1E encoding. Try it online!

Explanation:

v               # For each element in the input..
 '-žh«          #   Push -0123456789
      D         #   Duplicate this string
       yм       #   String subtraction with the current element
                    e.g. "-0123456789" "456" м  →  "-0123789"
         Sð:    #   Replace all remaining elements with spaces
                    e.g. "-0123456789" "-0123789" Sð:  →  "     456   "
            ,   #   Pop and print with a newline